From c942ab71c5248e695aa871e370ae76cc5fb4e886 Mon Sep 17 00:00:00 2001
From: Bernd Hahnebach <bernd@bimstatik.org>
Date: Fri, 1 Mar 2019 19:57:39 +0100
Subject: [PATCH] Material: cards and templates, sort and move all thermal
 group attributes

---
 .../Material/StandardMaterial/TEMPLATE.FCMat  |  18 +-
 .../StandardMaterial/Tools/Materials.csv      | 214 +++++++++---------
 .../StandardMaterial/Tools/Materials.ods      | Bin 24205 -> 24169 bytes
 .../Material/StandardMaterial/Tools/headers   |   6 +-
 4 files changed, 119 insertions(+), 119 deletions(-)

diff --git a/src/Mod/Material/StandardMaterial/TEMPLATE.FCMat b/src/Mod/Material/StandardMaterial/TEMPLATE.FCMat
index 7db5143862..f515b3cab4 100644
--- a/src/Mod/Material/StandardMaterial/TEMPLATE.FCMat
+++ b/src/Mod/Material/StandardMaterial/TEMPLATE.FCMat
@@ -76,6 +76,15 @@ YieldStrength =
 ; Young's Modulus (or E-Module) in [FreeCAD Pressure unit], see http://en.wikipedia.org/wiki/Young%27s_modulus for the details
 YoungsModulus =
 
+; Description to be updated
+SpecificHeat =
+
+; Thermal conductivity https://en.wikipedia.org/wiki/Thermal_conductivity
+ThermalConductivity =
+
+; Thermal expansion coefficient (linear) in [1/K] https://en.wikipedia.org/wiki/Thermal_expansion
+ThermalExpansionCoefficient =
+
 ; Description to be updated
 AmbientColor =
 
@@ -118,9 +127,6 @@ Shininess =
 ; Description to be updated
 SoundTransmissionClass =
 
-; Description to be updated
-SpecificHeat =
-
 ; Description to be updated
 SpecularColor =
 
@@ -130,12 +136,6 @@ TexturePath =
 ; Description to be updated
 TextureScaling =
 
-; Thermal conductivity https://en.wikipedia.org/wiki/Thermal_conductivity
-ThermalConductivity =
-
-; Thermal expansion coefficient (linear) in [1/K] https://en.wikipedia.org/wiki/Thermal_expansion
-ThermalExpansionCoefficient =
-
 ; Description to be updated
 Transparency =
 
diff --git a/src/Mod/Material/StandardMaterial/Tools/Materials.csv b/src/Mod/Material/StandardMaterial/Tools/Materials.csv
index 6d4e840476..60432b9608 100644
--- a/src/Mod/Material/StandardMaterial/Tools/Materials.csv
+++ b/src/Mod/Material/StandardMaterial/Tools/Materials.csv
@@ -1,112 +1,112 @@
-FileName|Name|NameDE|Description|DescriptionDE|DescriptionPL|Father|KindOfMaterial|KindOfMaterialDE|MaterialNumber|Norm|ReferenceSource|SourceURL|StandardCode|AngleOfFriction|CompressiveStrength|Density|FractureToughness|PoissonRatio|ShearModulus|UltimateStrain|UltimateTensileStrength|YieldStrength|YoungsModulus|AmbientColor|Color|DiffuseColor|EmissiveColor|Enlargen|EnvironmentalEfficiencyClass|ExecutionInstructions|Finish|FireResistanceClass|FragmentShader|Model|SectionFillPattern|SectionLinewidth|Shininess|SoundTransmissionClass|SpecificHeat|SpecularColor|TexturePath|TextureScaling|ThermalConductivity|ThermalExpansionCoefficient|Transparency|UnitsPerQuantity|VertexShader|ViewColor|ViewFillPattern|ViewLinewidth|ProductURL|SpecificPrice|Vendor
-ABS-Generic|ABS||This is a blend AcrylnitrilButadienStyrol (ABS) material card. The values are at the low end of the spectrum. If you need a more precise material definition use the more specialised ABS-blend cards.|||Thermoplast||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=eb7a78f5948d481c9493a67f0d089646||||1060 kg/m^3||0.37|||38.8 MPa|44.1 MPa|2300 MPa||||||||||||||||2050 J/kg/K||||0.158 W/m/K|0.000093 m/m/K|||||||https://en.wikipedia.org/wiki/Acrylonitrile_butadiene_styrene||
-Acrylic-Glass-Generic|Acrylic Glass||Poly(methyl methacrylate) (PMMA, acrylic, acrylic glass, trade names Plexiglas, Acrylite, Lucite, Perspex) a transparent thermoplastic often used in sheet form as a lightweight or shatter-resistant alternative to glass.||Szkło akrylowe (szkło organiczne; inaczej pleksi, pleksiglas, metapleks) – przezroczyste tworzywo sztuczne, którego głównym składnikiem jest polimer – poli(metakrylan metylu) (PMMA).|of the material, i.e. for PLA is Thermoplast, for Steel is Metal Thermoplast||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=632572aeef2a4224b5ac8fbd4f1b6f77|||103 MPa|1160 kg/m^3||0.38|1.08 GPa||57.7 MPa|73.7 MPa|2550 MPa||||||||||||||||1480 J/kg/K||||0.193 W/m/K|0.000075 m/m/K|||||||https://en.wikipedia.org/wiki/Poly(methyl_methacrylate)||
-AlMg3F24|AlMg3F24|AlMg3F24||||Metal|Aluminium|Aluminium|3.3535.26|DIN 1725||||||2700 kg/m^3||0.3|27000 MPa|5|250 MPa|180 MPa|70000 MPa|||||||||||||||||||||0.000023 m/m/K|||||||||
-AlMgSi1F31|AlMgSi1F31|AlMgSi1F31||||Metal|Aluminium|Aluminium|3.2315.72|DIN 1725||||||2700 kg/m^3||0.3|27000 MPa|10|310 MPa|260 MPa|70000 MPa|||||||||||||||||||||0.000023 m/m/K|||||||||
-Aluminum-6061-T6|Aluminum 6061-T6||Precipitation-hardened, Nonferrous Aluminum alloy|||Metal|Aluminium|Aluminium||||||||2700 kg/m^3||0.33|||310 MPa||69000 MPa||||||||||||||||||||167 W/m/K||||||||https://en.wikipedia.org/wiki/6061_aluminium_alloy||
-AlZn4-5Mg1F35|AlZn4,5Mg1F35|AlZn4,5Mg1F35||||Metal|Aluminium|Aluminium|3.4335.71|DIN 1725||||||2700 kg/m^3||0.3|27000 MPa|10|350 MPa|290 MPa|70000 MPa|||||||||||||||||||||0.000023 m/m/K|||||||||
-CalculiX-Steel|CalculiX-Steel||Standard steel material for CalculiX sample calculations|||Metal||||||||||7900 kg/m^3||0.3|||||210000 MPa||||||||||||||||590 J/kg/K||||43 W/m/K|0.000012 m/m/K|||||||||
+FileName|Name|NameDE|Description|DescriptionDE|DescriptionPL|Father|KindOfMaterial|KindOfMaterialDE|MaterialNumber|Norm|ReferenceSource|SourceURL|StandardCode|AngleOfFriction|CompressiveStrength|Density|FractureToughness|PoissonRatio|ShearModulus|UltimateStrain|UltimateTensileStrength|YieldStrength|YoungsModulus|SpecificHeat|ThermalConductivity|ThermalExpansionCoefficient|AmbientColor|Color|DiffuseColor|EmissiveColor|Enlargen|EnvironmentalEfficiencyClass|ExecutionInstructions|Finish|FireResistanceClass|FragmentShader|Model|SectionFillPattern|SectionLinewidth|Shininess|SoundTransmissionClass|SpecularColor|TexturePath|TextureScaling|Transparency|UnitsPerQuantity|VertexShader|ViewColor|ViewFillPattern|ViewLinewidth|ProductURL|SpecificPrice|Vendor
+ABS-Generic|ABS||This is a blend AcrylnitrilButadienStyrol (ABS) material card. The values are at the low end of the spectrum. If you need a more precise material definition use the more specialised ABS-blend cards.|||Thermoplast||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=eb7a78f5948d481c9493a67f0d089646||||1060 kg/m^3||0.37|||38.8 MPa|44.1 MPa|2300 MPa|2050 J/kg/K|0.158 W/m/K|0.000093 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Acrylonitrile_butadiene_styrene||
+Acrylic-Glass-Generic|Acrylic Glass||Poly(methyl methacrylate) (PMMA, acrylic, acrylic glass, trade names Plexiglas, Acrylite, Lucite, Perspex) a transparent thermoplastic often used in sheet form as a lightweight or shatter-resistant alternative to glass.||Szkło akrylowe (szkło organiczne; inaczej pleksi, pleksiglas, metapleks) – przezroczyste tworzywo sztuczne, którego głównym składnikiem jest polimer – poli(metakrylan metylu) (PMMA).|of the material, i.e. for PLA is Thermoplast, for Steel is Metal Thermoplast||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=632572aeef2a4224b5ac8fbd4f1b6f77|||103 MPa|1160 kg/m^3||0.38|1.08 GPa||57.7 MPa|73.7 MPa|2550 MPa|1480 J/kg/K|0.193 W/m/K|0.000075 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Poly(methyl_methacrylate)||
+AlMg3F24|AlMg3F24|AlMg3F24||||Metal|Aluminium|Aluminium|3.3535.26|DIN 1725||||||2700 kg/m^3||0.3|27000 MPa|5|250 MPa|180 MPa|70000 MPa|||0.000023 m/m/K|||||||||||||||||||||||||||
+AlMgSi1F31|AlMgSi1F31|AlMgSi1F31||||Metal|Aluminium|Aluminium|3.2315.72|DIN 1725||||||2700 kg/m^3||0.3|27000 MPa|10|310 MPa|260 MPa|70000 MPa|||0.000023 m/m/K|||||||||||||||||||||||||||
+Aluminum-6061-T6|Aluminum 6061-T6||Precipitation-hardened, Nonferrous Aluminum alloy|||Metal|Aluminium|Aluminium||||||||2700 kg/m^3||0.33|||310 MPa||69000 MPa||167 W/m/K||||||||||||||||||||||||||https://en.wikipedia.org/wiki/6061_aluminium_alloy||
+AlZn4-5Mg1F35|AlZn4,5Mg1F35|AlZn4,5Mg1F35||||Metal|Aluminium|Aluminium|3.4335.71|DIN 1725||||||2700 kg/m^3||0.3|27000 MPa|10|350 MPa|290 MPa|70000 MPa|||0.000023 m/m/K|||||||||||||||||||||||||||
+CalculiX-Steel|CalculiX-Steel||Standard steel material for CalculiX sample calculations|||Metal||||||||||7900 kg/m^3||0.3|||||210000 MPa|590 J/kg/K|43 W/m/K|0.000012 m/m/K|||||||||||||||||||||||||||
 Concrete-Generic|Concrete||A standard C-25 construction concrete|||Aggregate|||||||Masterformat 03 33 13||25 MPa|2400 kg/m^3||0.17|||||32000 MPa||||||||||||||||||||||||||||https://en.wikipedia.org/wiki/Concrete||
 Glass-E-GlassFibre|Glass-E||Glass Fibre|||Glass|||||||||1080 MPa|2580 kg/m^3|||||3445 MPa||||||||||||||||||||||||||||||https://en.wikipedia.org/wiki/Glass_fiber||
-Glass-Generic|Glass||Generic soda-lime glass|Normalglas|Szkło sodowe|Glass||||||||||2520 kg/m^3||0.22|||||72000 MPa|||||||||||||||||||||0.000009 m/m/K|||||||https://en.wikipedia.org/wiki/Soda-lime_glass||
+Glass-Generic|Glass||Generic soda-lime glass|Normalglas|Szkło sodowe|Glass||||||||||2520 kg/m^3||0.22|||||72000 MPa|||0.000009 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Soda-lime_glass||
 Glass-S2-GlassFibre|Glass-S2||Glass Fibre|||Glass|||||||||1600 MPa|2460 kg/m^3|||||4890 MPa||||||||||||||||||||||||||||||https://en.wikipedia.org/wiki/Glass_fiber||
 None|None||This is a not defined material|||None||||||||||0 kg/m^3||0|||0 MPa||0 MPa||||||||||||||||||||||||||||||
-PA6-Generic|Polyamide 6|||||||||||http://www.matweb.com/search/datasheet.aspx?MatGUID=8d78f3cfcb6f49d595896ce6ce6a2ef1|||67.6 MPa|1150 kg/m^3||0.39|||75.5 MPa|70.5 MPa|2930 MPa||||||||||||||||1670 J/kg/K||||0.262 W/m/K|0.000082 m/m/K|||||||https://en.wikipedia.org/wiki/Nylon_6||
-PET-Generic|PET|||||||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=a696bdcdff6f41dd98f8eec3599eaa20|||38.0 MPa|1380 kg/m^3||0.36|0.0385 GPa||38.8 MPa|62.8 MPa|3150 MPa||||||||||||||||1140 J/kg/K||||0.181 W/m/K|0.000072 m/m/K|||||||https://en.wikipedia.org/wiki/Polyethylene_terephthalate||
-PLA-Generic|PLA||Polylactic acid or polylactide (PLA, Poly) is a biodegradable thermoplastic aliphatic polyester derived from renewable resources, such as corn starch, tapioca roots, chips, starch or sugarcane.|||Thermoplast||||||https://www.sd3d.com/wp-content/uploads/2017/06/MaterialTDS-PLA_01.pdf||||1240 kg/m^3||0.36|||26.4 MPa|35.9 MPa|3640 MPa||||||||||||||||1800 J/kg/K||||0.130 W/m/K|0.000041 m/m/K|||||||https://en.wikipedia.org/wiki/Polylactic_acid||
-PP-Generic|Polypropylene|||||||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=a882a1c603374e278d062f106dfda95b|||10 MPa|916 kg/m^3||0.44|||79.7 MPa|32.8 MPa|1470 MPa||||||||||||||||1920 J/kg/K||||0.249 W/m/K|0.000123 m/m/K|||||||https://en.wikipedia.org/wiki/Polypropylene||
-PTFE-Generic|PTFE|||||||||||http://www.matweb.com/search/datasheet.aspx?MatGUID=4d14eac958e5401a8fd152e1261b6843|||10.2 MPa|2070 kg/m^3||0.46|||34.6 MPa|20.5 MPa|564 MPa||||||||||||||||1010 J/kg/K||||0.263 W/m/K|0.000108 m/m/K|||||||https://en.wikipedia.org/wiki/Polytetrafluoroethylene||
-PVC-Generic|PVC|||||||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=1f650966ec834bb8833dd4c6e3116079||||1380 kg/m^3||0.38|||50 MPa||2800 MPa||||||||||||||||1000 J/kg/K||||0.150 W/m/K|0.000075 m/m/K|||||||https://en.wikipedia.org/wiki/Polyvinyl_chloride||
-Steel-15CrNi6|15CrNi6||High-strength carbon steel|höchste Beanspruchung, Achsen, Wellen, Ritzel, Nocken, Kegelräder|Wysokowytrzymała stal węglowa|Metal|Case-hardened steel|Einsatzstahl|1.5919|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|9|1000 MPa|680 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-17CrNiMo6|17CrNiMo6|17CrNiMo6||höchste Beanspruchung, Wellen, Zahnräder||Metal|Case-hardened steel|Einsatzstahl|1.6587|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|8|1150 MPa|830 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-1C22|1C22|C22|Case hardened alloy steel|kleiner Vergütungsdurchmesser, gut schweißbar|Stal stopowa do nawęglania|Metal|Heat-treatable steel|Vergütungsstahl|1.0402|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|27|400 MPa|230 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-1C35|1C35|C35|Non-alloy quality steel||Wysokogatunkowa stal niestopowa|Metal|Heat-treatable steel|Vergütungsstahl|1.0501|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|21|480 MPa|300 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-1C45|1C45|C45|Non-alloy quality steel||Wysokogatunkowa stal niestopowa|Metal|Heat-treatable steel|Vergütungsstahl|1.0503|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|14|580 MPa|340 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-1C60|1C60|C60|Non-alloy quality steel||Wysokogatunkowa stal niestopowa|Metal|Heat-treatable steel|Vergütungsstahl|1.0601|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|11|650 MPa|380 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-20NiCrMo2|20NiCrMo2|21NiCrMo2||höchste Beanspruchung, Wellen, Zahnräder||Metal|Case-hardened steel|Einsatzstahl|1.6523|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|10|900 MPa|630 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-28Mn6|28Mn6|28Mn6||||Metal|Heat-treatable steel|Vergütungsstahl|1.117|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|800 MPa|590 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-2C10|2C10|Ck10||||Metal|Case-hardened steel|Einsatzstahl|1.1121|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|0|640 MPa|390 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-30CrNiMo8|30CrNiMo8|30CrNiMo8||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.658|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|9|1250 MPa|1050 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-34CrNiMo6|34CrNiMo6|34CrNiMo6||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.6582|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|9|1200 MPa|1000 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-36CrNiMo4|36CrNiMo4|36CrNiMo4||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.6511|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|10|1100 MPa|900 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-36NiCrMo16|36NiCrMo16|36NiCrMo16||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.6773|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|9|1250 MPa|1050 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-3C15|3C15|Cm15||||Metal|Case-hardened steel|Einsatzstahl|1.114|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|0|740 MPa|440 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-3C22|3C22|Cm22||||Metal|Heat-treatable steel|Vergütungsstahl|1.1149|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|24|550 MPa|350 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-3C35|3C35|Cm35||||Metal|Heat-treatable steel|Vergütungsstahl|1.118|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|17|630 MPa|430 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-3V45|3V45|Cm45||||Metal|Heat-treatable steel|Vergütungsstahl|1.1201|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|14|700 MPa|500 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C10|C10|C10||||Metal|Case-hardened steel|Einsatzstahl|1.0301|DIN 17210||||||7800 kg/m^3||0.3|81000 MPa|16|650 MPa|380 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C15|C15|C15||||Metal|Case-hardened steel|Einsatzstahl|1.0401|DIN 17210||||||7800 kg/m^3||0.3|81000 MPa|14|750 MPa|430 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C22E|C22E|Ck22||||Metal|Heat-treatable steel|Vergütungsstahl|1.1151|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|20|500 MPa|340 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C25E|C25E|Ck25||||Metal|Heat-treatable steel|Vergütungsstahl|1.1158|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|19|550 MPa|370 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C30E|C30E|Ck30||||Metal|Heat-treatable steel|Vergütungsstahl|1.1178|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|18|600 MPa|400 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C40E|C40E|Ck40||||Metal|Heat-treatable steel|Vergütungsstahl|1.1186|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|16|650 MPa|460 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C50E|C50E|Ck50||||Metal|Heat-treatable steel|Vergütungsstahl|1.1206|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|750 MPa|520 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C55E|C55E|Ck55||||Metal|Heat-treatable steel|Vergütungsstahl|1.1203|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|800 MPa|550 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-C60E|C60E|Ck60||||Metal|Heat-treatable steel|Vergütungsstahl|1.1221|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|850 MPa|580 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-E295|E295|St50-2||||Metal|Mild steel|Baustahl|1.005|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|20|490 MPa|295 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-E295-GC|E295 GC|St50-2K||||Metal|Mild steel|Baustahl|1.0533|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|590 MPa|420 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-E335|E335|St60-2||||Metal|Mild steel|Baustahl|1.006|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|16|590 MPa|335 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-E335-GC|E335 GC|St60-2K||||Metal|Mild steel|Baustahl|1.0543|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|690 MPa|490 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-E360|E360|St70-2||||Metal|Mild steel|Baustahl|1.007|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|11|690 MPa|360 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-E360-GC|E360 GC|St70-2K||||Metal|Mild steel|Baustahl|1.0633|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|780 MPa|560 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-EN-GJL-100|EN-GJL-100|GG-10||für gering beanspruchte Teile||Metal|Cast iron|Guss|0.601|EN 1561||||||7200 kg/m^3||0.3|34000 MPa|0|100 MPa||88000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJL-150|EN-GJL-150|GG-15||für dünnwandige Teile wie Gehäuse, Ständer||Metal|Cast iron|Guss|0.6015|EN 1561||||||7200 kg/m^3||0.3|37000 MPa|0|150 MPa|98 MPa|95000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJL-200|EN-GJL-200|GG-20||Hebel, Lager , Lagerböcke||Metal|Cast iron|Guss|0.602|EN 1561||||||7200 kg/m^3||0.3|40000 MPa|0|200 MPa|130 MPa|105000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJL-250|EN-GJL-250|GG-25||||Metal|Cast iron|Guss|0.6025|EN 1561||||||7200 kg/m^3||0.3|44000 MPa|0|250 MPa|165 MPa|115000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJL-300|EN-GJL-300|GG-30||hochbeanspruchbar, für Motorständer, Lagerschalen||Metal|Cast iron|Guss|0.603|EN 1561||||||7200 kg/m^3||0.3|48000 MPa|0|300 MPa|195 MPa|125000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJL-350|EN-GJL-350|GG-35||höchstbeanspruchbar, für Teile mit konstanter Wanddicke, Pressenständer, Turbinengehäuse||Metal|Cast iron|Guss|0.6035|EN 1561||||||7200 kg/m^3||0.3|52000 MPa|15|350 MPa|228 MPa|135000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMB-350-10|EN-GJMB-350-10|GTS 35-10||gut spanbar, Schaltgabeln, Getriebe-, Achsgehäuse||Metal|Cast iron|Guss|0.8135|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|10|350 MPa|200 MPa|175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMB-550-4|EN-GJMB-550-4|GTS 55-04||Randschichthärtung, Kurbelwellen, Bremsträger, Federböcke, Kipphebel||Metal|Cast iron|Guss|0.8155|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|2|550 MPa|340 MPa|175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMB-650-2|EN-GJMB-650-2|GTS 65-02||Gabelköpfe||Metal|Cast iron|Guss|0.8165|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|2|650 MPa|430 MPa|175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMW-350-4|EN-GJMW-350-4|GTW 35-04||dünnwandige Teile, Fittings, Beschläge, Förderketten||Metal|Cast iron|Guss|0.8035|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|4|350 MPa||175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMW-360-12|EN-GJMW-360-12|GTW S38-12||für Verbundschweißteile||Metal|Cast iron|Guss|0.8038|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|5|380 MPa|200 MPa|175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMW-400-5|EN-GJMW-400-5|GTW 40-05||gut schweißbar, Auspuffkrümmer, Schraubzwingen||Metal|Cast iron|Guss|0.804|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|7|400 MPa|220 MPa|175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJMW-450-7|EN-GJMW-450-7|GTW 45-07||schlagfest, Fahrwerksteile||Metal|Cast iron|Guss|0.8045|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|10|450 MPa|260 MPa|175000 MPa|||||||||||||||||||||0.00001 m/m/K|||||||||
-Steel-EN-GJS-400-15|EN-GJS-400-15|GGG-40||Pumpen-, Getriebegehäuse||Metal|Cast iron|Guss|0.704|EN 1563||||||7200 kg/m^3||0.3|65000 MPa|15|400 MPa|250 MPa|167000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-EN-GJS-500-7|EN-GJS-500-7|GGG-50||Seiltrommeln, Bremsteile, Zylinderköpfe||Metal|Cast iron|Guss|0.705|EN 1563||||||7200 kg/m^3||0.3|66000 MPa|2|500 MPa|320 MPa|170000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-EN-GJS-600-3|EN-GJS-600-3|GGG-60||Kurbelwellen, Stangen||Metal|Cast iron|Guss|0.706|EN 1563||||||7200 kg/m^3||0.3|67000 MPa|2|600 MPa|370 MPa|177000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-EN-GJS-700-2|EN-GJS-700-2|GGG-70||Kurbelwellen, Zahnräder, Turbinenschaufeln||Metal|Cast iron|Guss|0.707|EN 1563||||||7200 kg/m^3||0.3|67000 MPa|2|700 MPa|420 MPa|180000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-EN-GJS-800-1|EN-GJS-800-1|GGG-80||Zahnräder||Metal|Cast iron|Guss|0.708|EN 1563||||||7200 kg/m^3||0.3|67000 MPa|2|800 MPa|480 MPa|180000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G16Mn5|G16Mn5|GS-16Mn5N||Gehäuse, Zahnräder, Bremsscheiben||Metal|Cast steel|Stahlguss|1.1131|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|0|430 MPa|260 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G200|G200|GS 38||mittlere dynamische und stoßartige Belastung, gut schweißbar||Metal|Cast steel|Stahlguss|1.042|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|25|380 MPa|200 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G20Mn5|G20Mn5|GS-20Mn5v||Gehäuse, Zahnräder, Bremsscheiben||Metal|Cast steel|Stahlguss|1.112|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|0|500 MPa|360 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G230|G230|GS 45||mittlere dynamische und stoßartige Belastung, gut schweißbar||Metal|Cast steel|Stahlguss|1.0446|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|22|450 MPa|230 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G260|G260|GS 52||||Metal|Cast steel|Stahlguss|1.0552|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|18|520 MPa|260 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G300|G300|GS 60||||Metal|Cast steel|Stahlguss|1.0558|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|15|600 MPa|300 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-G30Mn5|G30Mn5|GS-30Mn5||||Metal|Cast steel|Stahlguss|1.1165|DIN 17205||||||7800 kg/m^3||0.3|81000 MPa|14|520 MPa|400 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-Generic|Steel-Generic||This is a blend Steel material card. The values are at the low end of the spectrum. If you need a more precise material definition use the more specialised steel cards.|||Metal||||||||||7900 kg/m^3||0.3|||||200000 MPa||||||||||||||||500 J/kg/K||||50 W/m/K|0.000012 m/m/K|||||||https://en.wikipedia.org/wiki/Steel||
-Steel-S185|S185|St33||für geringe Beanspruchung||Metal|Mild steel|Baustahl|1.0035|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|18|310 MPa|190 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S235JO|S235JO|St37-3U||||Metal|Mild steel|Baustahl|1.0114|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|26|360 MPa|235 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S235JR|S235JR|St37-2||üblich für mäßige Beanspruchung, gut schweißbar, nicht für Hilfsrahmen||Metal|Mild steel|Baustahl|1.0037|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|26|360 MPa|235 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S235JRG1|S235JRG1|USt37-2||üblich für mäßige Beanspruchung||Metal|Mild steel|Baustahl|1.0036|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|26|360 MPa|235 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S260NC|S260NC|QStE260 N||gut biegbar, Fahrgestellrahmen, Hilfsrahmen, nicht für Punktlasten||Metal|Cold forming steel|Kaltumformstahl|1.0971|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|30|350 MPa|280 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S275JO|S275JO|St44-3U||||Metal|Mild steel|Baustahl|1.0143|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|430 MPa|275 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S275JR|S275JR|St44-2||Wellen, Achsen, gut bearbeitbar, gut schweißbar||Metal|Mild steel|Baustahl|1.0044|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|430 MPa|275 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S275N|S275N|St E 275||||Metal|Fine grain steel|Feinkornstahl|1.049|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|24|370 MPa|275 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S335JO|S335JO|St60-2U||||Metal|Mild steel|Baustahl|1.0553|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|510 MPa|355 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S335JR|S335JR|St53-3||||Metal|Mild steel|Baustahl|1.0045|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|510 MPa|355 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S335N|S335N|St E 355||||Metal|Fine grain steel|Feinkornstahl|1.0545|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|22|470 MPa|355 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S340MC|S340MC|QStE340 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen, nicht für Punktlasten||Metal|Cold forming steel|Kaltumformstahl|1.0974|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|25|480 MPa|340 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S355J2G3|S355J2G3|St52-3||||Metal|Mild steel|Baustahl|1.057|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|510 MPa|355 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S380MC|S380MC|QStE380 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0978|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|23|520 MPa|380 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S420MC|S420MC|QStE420 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.098|EN 10149||||||7800 kg/m^3||0.3|81000 MPa|21|550 MPa|420 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S420N|S420N|St E 420||||Metal|Fine grain steel|Feinkornstahl|1.8902|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|19|520 MPa|420 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S460MC|S460MC|QStE460 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0982|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|19|590 MPa|460 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S460N|S460N|St E 460||||Metal|Fine grain steel|Feinkornstahl|1.8901|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|17|550 MPa|460 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S500MC|S500MC|QStE500 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0984|EN 10149||||||7800 kg/m^3||0.3|81000 MPa|17|620 MPa|500 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S550MC|S550MC|QStE550 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0986|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|15|680 MPa|550 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-S690MC|S690MC|QStE690 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0966|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|15|790 MPa|690 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-St-37-2K|St 37-2K|St 37-2K||mäßige Beanspruchung||Metal|Mild steel|Baustahl|1.0161|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|460 MPa|320 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-St-E-255|St E 255|St E 255||||Metal|Fine grain steel|Feinkornstahl|1.0461|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|360 MPa|260 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-St-E-315|St E 315|St E 315||||Metal|Fine grain steel|Feinkornstahl|1.0505|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|440 MPa|320 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-St-E-380|St E 380|St E 380||||Metal|Fine grain steel|Feinkornstahl|1.89|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|500 MPa|380 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-St-E-460|St E 460|St E 460||||Metal|Fine grain steel|Feinkornstahl|1.8905|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|560 MPa|460 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-St-E-500|St E 500|St E 500||||Metal|Fine grain steel|Feinkornstahl|1.8907|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|610 MPa|500 MPa|210000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X2CrNiMoN17-13-3|X2CrNiMoN17-13-3|X2CrNiMoN 17 13 3||schlecht spanbar, gut schweißbar, gut kaltumformbar, Achsen, Wellen, Wärmetauscher||Metal|Stainless steel|Niro|1.4429|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|35|580 MPa|295 MPa|200000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X2CrNiN24-4|X2CrNiN24-4|-||||Metal|Stainless steel|Niro|1.4362|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|25|600 MPa|400 MPa|200000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X39CrMo17-1|X39CrMo17-1|-||||Metal|Stainless steel|Niro|1.4122|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|12|750 MPa|500 MPa|213000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X3CrNiMo13-14|X3CrNiMo13-14|-||||Metal|Stainless steel|Niro|1.4313|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|11|900 MPa|800 MPa|216000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X5CrNi18-10|X5CrNi18-10|X5CrNi 18 9||schlecht spanbar, gut schweißbar, gut kaltumformbar, Fahrzeugbau, Lebensmitteltechnik||Metal|Stainless steel|Niro|1.4301|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|40|520 MPa|210 MPa|200000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X5CrNiMo17-12-2|X5CrNiMo17-12-2|X5CrNiMo 17 12 2||schlecht spanbar, gut schweißbar, gut kaltumformbar, Lebensmitteltechnik||Metal|Stainless steel|Niro|1.4401|EN 10088||||||7800 kg/m^3||0.3|68000 MPa|40|520 MPa|220 MPa|180000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
-Steel-X6CrNiTi18-10|X6CrNiTi18-10|X10CrNiTi 18 9||schlecht spanbar, gut schweißbar, gut kaltumformbar, Schienenfahrzeugbau||Metal|Stainless steel|Niro|1.4541|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|40|500 MPa|200 MPa|200000 MPa|||||||||||||||||||||0.000011 m/m/K|||||||||
+PA6-Generic|Polyamide 6|||||||||||http://www.matweb.com/search/datasheet.aspx?MatGUID=8d78f3cfcb6f49d595896ce6ce6a2ef1|||67.6 MPa|1150 kg/m^3||0.39|||75.5 MPa|70.5 MPa|2930 MPa|1670 J/kg/K|0.262 W/m/K|0.000082 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Nylon_6||
+PET-Generic|PET|||||||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=a696bdcdff6f41dd98f8eec3599eaa20|||38.0 MPa|1380 kg/m^3||0.36|0.0385 GPa||38.8 MPa|62.8 MPa|3150 MPa|1140 J/kg/K|0.181 W/m/K|0.000072 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Polyethylene_terephthalate||
+PLA-Generic|PLA||Polylactic acid or polylactide (PLA, Poly) is a biodegradable thermoplastic aliphatic polyester derived from renewable resources, such as corn starch, tapioca roots, chips, starch or sugarcane.|||Thermoplast||||||https://www.sd3d.com/wp-content/uploads/2017/06/MaterialTDS-PLA_01.pdf||||1240 kg/m^3||0.36|||26.4 MPa|35.9 MPa|3640 MPa|1800 J/kg/K|0.130 W/m/K|0.000041 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Polylactic_acid||
+PP-Generic|Polypropylene|||||||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=a882a1c603374e278d062f106dfda95b|||10 MPa|916 kg/m^3||0.44|||79.7 MPa|32.8 MPa|1470 MPa|1920 J/kg/K|0.249 W/m/K|0.000123 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Polypropylene||
+PTFE-Generic|PTFE|||||||||||http://www.matweb.com/search/datasheet.aspx?MatGUID=4d14eac958e5401a8fd152e1261b6843|||10.2 MPa|2070 kg/m^3||0.46|||34.6 MPa|20.5 MPa|564 MPa|1010 J/kg/K|0.263 W/m/K|0.000108 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Polytetrafluoroethylene||
+PVC-Generic|PVC|||||||||||http://www.matweb.com/search/DataSheet.aspx?MatGUID=1f650966ec834bb8833dd4c6e3116079||||1380 kg/m^3||0.38|||50 MPa||2800 MPa|1000 J/kg/K|0.150 W/m/K|0.000075 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Polyvinyl_chloride||
+Steel-15CrNi6|15CrNi6||High-strength carbon steel|höchste Beanspruchung, Achsen, Wellen, Ritzel, Nocken, Kegelräder|Wysokowytrzymała stal węglowa|Metal|Case-hardened steel|Einsatzstahl|1.5919|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|9|1000 MPa|680 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-17CrNiMo6|17CrNiMo6|17CrNiMo6||höchste Beanspruchung, Wellen, Zahnräder||Metal|Case-hardened steel|Einsatzstahl|1.6587|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|8|1150 MPa|830 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-1C22|1C22|C22|Case hardened alloy steel|kleiner Vergütungsdurchmesser, gut schweißbar|Stal stopowa do nawęglania|Metal|Heat-treatable steel|Vergütungsstahl|1.0402|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|27|400 MPa|230 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-1C35|1C35|C35|Non-alloy quality steel||Wysokogatunkowa stal niestopowa|Metal|Heat-treatable steel|Vergütungsstahl|1.0501|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|21|480 MPa|300 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-1C45|1C45|C45|Non-alloy quality steel||Wysokogatunkowa stal niestopowa|Metal|Heat-treatable steel|Vergütungsstahl|1.0503|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|14|580 MPa|340 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-1C60|1C60|C60|Non-alloy quality steel||Wysokogatunkowa stal niestopowa|Metal|Heat-treatable steel|Vergütungsstahl|1.0601|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|11|650 MPa|380 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-20NiCrMo2|20NiCrMo2|21NiCrMo2||höchste Beanspruchung, Wellen, Zahnräder||Metal|Case-hardened steel|Einsatzstahl|1.6523|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|10|900 MPa|630 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-28Mn6|28Mn6|28Mn6||||Metal|Heat-treatable steel|Vergütungsstahl|1.117|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|800 MPa|590 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-2C10|2C10|Ck10||||Metal|Case-hardened steel|Einsatzstahl|1.1121|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|0|640 MPa|390 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-30CrNiMo8|30CrNiMo8|30CrNiMo8||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.658|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|9|1250 MPa|1050 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-34CrNiMo6|34CrNiMo6|34CrNiMo6||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.6582|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|9|1200 MPa|1000 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-36CrNiMo4|36CrNiMo4|36CrNiMo4||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.6511|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|10|1100 MPa|900 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-36NiCrMo16|36NiCrMo16|36NiCrMo16||höchste Beanspruchung, Wellen, Zahnräder||Metal|Heat-treatable steel|Vergütungsstahl|1.6773|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|9|1250 MPa|1050 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-3C15|3C15|Cm15||||Metal|Case-hardened steel|Einsatzstahl|1.114|EN 10084||||||7800 kg/m^3||0.3|81000 MPa|0|740 MPa|440 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-3C22|3C22|Cm22||||Metal|Heat-treatable steel|Vergütungsstahl|1.1149|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|24|550 MPa|350 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-3C35|3C35|Cm35||||Metal|Heat-treatable steel|Vergütungsstahl|1.118|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|17|630 MPa|430 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-3V45|3V45|Cm45||||Metal|Heat-treatable steel|Vergütungsstahl|1.1201|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|14|700 MPa|500 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C10|C10|C10||||Metal|Case-hardened steel|Einsatzstahl|1.0301|DIN 17210||||||7800 kg/m^3||0.3|81000 MPa|16|650 MPa|380 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C15|C15|C15||||Metal|Case-hardened steel|Einsatzstahl|1.0401|DIN 17210||||||7800 kg/m^3||0.3|81000 MPa|14|750 MPa|430 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C22E|C22E|Ck22||||Metal|Heat-treatable steel|Vergütungsstahl|1.1151|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|20|500 MPa|340 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C25E|C25E|Ck25||||Metal|Heat-treatable steel|Vergütungsstahl|1.1158|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|19|550 MPa|370 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C30E|C30E|Ck30||||Metal|Heat-treatable steel|Vergütungsstahl|1.1178|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|18|600 MPa|400 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C40E|C40E|Ck40||||Metal|Heat-treatable steel|Vergütungsstahl|1.1186|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|16|650 MPa|460 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C50E|C50E|Ck50||||Metal|Heat-treatable steel|Vergütungsstahl|1.1206|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|750 MPa|520 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C55E|C55E|Ck55||||Metal|Heat-treatable steel|Vergütungsstahl|1.1203|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|800 MPa|550 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-C60E|C60E|Ck60||||Metal|Heat-treatable steel|Vergütungsstahl|1.1221|EN 10083-1||||||7800 kg/m^3||0.3|81000 MPa|13|850 MPa|580 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-E295|E295|St50-2||||Metal|Mild steel|Baustahl|1.005|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|20|490 MPa|295 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-E295-GC|E295 GC|St50-2K||||Metal|Mild steel|Baustahl|1.0533|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|590 MPa|420 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-E335|E335|St60-2||||Metal|Mild steel|Baustahl|1.006|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|16|590 MPa|335 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-E335-GC|E335 GC|St60-2K||||Metal|Mild steel|Baustahl|1.0543|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|690 MPa|490 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-E360|E360|St70-2||||Metal|Mild steel|Baustahl|1.007|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|11|690 MPa|360 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-E360-GC|E360 GC|St70-2K||||Metal|Mild steel|Baustahl|1.0633|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|780 MPa|560 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJL-100|EN-GJL-100|GG-10||für gering beanspruchte Teile||Metal|Cast iron|Guss|0.601|EN 1561||||||7200 kg/m^3||0.3|34000 MPa|0|100 MPa||88000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJL-150|EN-GJL-150|GG-15||für dünnwandige Teile wie Gehäuse, Ständer||Metal|Cast iron|Guss|0.6015|EN 1561||||||7200 kg/m^3||0.3|37000 MPa|0|150 MPa|98 MPa|95000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJL-200|EN-GJL-200|GG-20||Hebel, Lager , Lagerböcke||Metal|Cast iron|Guss|0.602|EN 1561||||||7200 kg/m^3||0.3|40000 MPa|0|200 MPa|130 MPa|105000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJL-250|EN-GJL-250|GG-25||||Metal|Cast iron|Guss|0.6025|EN 1561||||||7200 kg/m^3||0.3|44000 MPa|0|250 MPa|165 MPa|115000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJL-300|EN-GJL-300|GG-30||hochbeanspruchbar, für Motorständer, Lagerschalen||Metal|Cast iron|Guss|0.603|EN 1561||||||7200 kg/m^3||0.3|48000 MPa|0|300 MPa|195 MPa|125000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJL-350|EN-GJL-350|GG-35||höchstbeanspruchbar, für Teile mit konstanter Wanddicke, Pressenständer, Turbinengehäuse||Metal|Cast iron|Guss|0.6035|EN 1561||||||7200 kg/m^3||0.3|52000 MPa|15|350 MPa|228 MPa|135000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMB-350-10|EN-GJMB-350-10|GTS 35-10||gut spanbar, Schaltgabeln, Getriebe-, Achsgehäuse||Metal|Cast iron|Guss|0.8135|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|10|350 MPa|200 MPa|175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMB-550-4|EN-GJMB-550-4|GTS 55-04||Randschichthärtung, Kurbelwellen, Bremsträger, Federböcke, Kipphebel||Metal|Cast iron|Guss|0.8155|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|2|550 MPa|340 MPa|175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMB-650-2|EN-GJMB-650-2|GTS 65-02||Gabelköpfe||Metal|Cast iron|Guss|0.8165|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|2|650 MPa|430 MPa|175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMW-350-4|EN-GJMW-350-4|GTW 35-04||dünnwandige Teile, Fittings, Beschläge, Förderketten||Metal|Cast iron|Guss|0.8035|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|4|350 MPa||175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMW-360-12|EN-GJMW-360-12|GTW S38-12||für Verbundschweißteile||Metal|Cast iron|Guss|0.8038|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|5|380 MPa|200 MPa|175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMW-400-5|EN-GJMW-400-5|GTW 40-05||gut schweißbar, Auspuffkrümmer, Schraubzwingen||Metal|Cast iron|Guss|0.804|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|7|400 MPa|220 MPa|175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJMW-450-7|EN-GJMW-450-7|GTW 45-07||schlagfest, Fahrwerksteile||Metal|Cast iron|Guss|0.8045|EN 1562||||||7200 kg/m^3||0.3|67000 MPa|10|450 MPa|260 MPa|175000 MPa|||0.00001 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJS-400-15|EN-GJS-400-15|GGG-40||Pumpen-, Getriebegehäuse||Metal|Cast iron|Guss|0.704|EN 1563||||||7200 kg/m^3||0.3|65000 MPa|15|400 MPa|250 MPa|167000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJS-500-7|EN-GJS-500-7|GGG-50||Seiltrommeln, Bremsteile, Zylinderköpfe||Metal|Cast iron|Guss|0.705|EN 1563||||||7200 kg/m^3||0.3|66000 MPa|2|500 MPa|320 MPa|170000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJS-600-3|EN-GJS-600-3|GGG-60||Kurbelwellen, Stangen||Metal|Cast iron|Guss|0.706|EN 1563||||||7200 kg/m^3||0.3|67000 MPa|2|600 MPa|370 MPa|177000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJS-700-2|EN-GJS-700-2|GGG-70||Kurbelwellen, Zahnräder, Turbinenschaufeln||Metal|Cast iron|Guss|0.707|EN 1563||||||7200 kg/m^3||0.3|67000 MPa|2|700 MPa|420 MPa|180000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-EN-GJS-800-1|EN-GJS-800-1|GGG-80||Zahnräder||Metal|Cast iron|Guss|0.708|EN 1563||||||7200 kg/m^3||0.3|67000 MPa|2|800 MPa|480 MPa|180000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G16Mn5|G16Mn5|GS-16Mn5N||Gehäuse, Zahnräder, Bremsscheiben||Metal|Cast steel|Stahlguss|1.1131|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|0|430 MPa|260 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G200|G200|GS 38||mittlere dynamische und stoßartige Belastung, gut schweißbar||Metal|Cast steel|Stahlguss|1.042|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|25|380 MPa|200 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G20Mn5|G20Mn5|GS-20Mn5v||Gehäuse, Zahnräder, Bremsscheiben||Metal|Cast steel|Stahlguss|1.112|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|0|500 MPa|360 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G230|G230|GS 45||mittlere dynamische und stoßartige Belastung, gut schweißbar||Metal|Cast steel|Stahlguss|1.0446|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|22|450 MPa|230 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G260|G260|GS 52||||Metal|Cast steel|Stahlguss|1.0552|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|18|520 MPa|260 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G300|G300|GS 60||||Metal|Cast steel|Stahlguss|1.0558|DIN 1681||||||7800 kg/m^3||0.3|81000 MPa|15|600 MPa|300 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-G30Mn5|G30Mn5|GS-30Mn5||||Metal|Cast steel|Stahlguss|1.1165|DIN 17205||||||7800 kg/m^3||0.3|81000 MPa|14|520 MPa|400 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-Generic|Steel-Generic||This is a blend Steel material card. The values are at the low end of the spectrum. If you need a more precise material definition use the more specialised steel cards.|||Metal||||||||||7900 kg/m^3||0.3|||||200000 MPa|500 J/kg/K|50 W/m/K|0.000012 m/m/K|||||||||||||||||||||||||https://en.wikipedia.org/wiki/Steel||
+Steel-S185|S185|St33||für geringe Beanspruchung||Metal|Mild steel|Baustahl|1.0035|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|18|310 MPa|190 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S235JO|S235JO|St37-3U||||Metal|Mild steel|Baustahl|1.0114|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|26|360 MPa|235 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S235JR|S235JR|St37-2||üblich für mäßige Beanspruchung, gut schweißbar, nicht für Hilfsrahmen||Metal|Mild steel|Baustahl|1.0037|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|26|360 MPa|235 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S235JRG1|S235JRG1|USt37-2||üblich für mäßige Beanspruchung||Metal|Mild steel|Baustahl|1.0036|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|26|360 MPa|235 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S260NC|S260NC|QStE260 N||gut biegbar, Fahrgestellrahmen, Hilfsrahmen, nicht für Punktlasten||Metal|Cold forming steel|Kaltumformstahl|1.0971|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|30|350 MPa|280 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S275JO|S275JO|St44-3U||||Metal|Mild steel|Baustahl|1.0143|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|430 MPa|275 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S275JR|S275JR|St44-2||Wellen, Achsen, gut bearbeitbar, gut schweißbar||Metal|Mild steel|Baustahl|1.0044|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|430 MPa|275 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S275N|S275N|St E 275||||Metal|Fine grain steel|Feinkornstahl|1.049|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|24|370 MPa|275 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S335JO|S335JO|St60-2U||||Metal|Mild steel|Baustahl|1.0553|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|510 MPa|355 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S335JR|S335JR|St53-3||||Metal|Mild steel|Baustahl|1.0045|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|510 MPa|355 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S335N|S335N|St E 355||||Metal|Fine grain steel|Feinkornstahl|1.0545|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|22|470 MPa|355 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S340MC|S340MC|QStE340 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen, nicht für Punktlasten||Metal|Cold forming steel|Kaltumformstahl|1.0974|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|25|480 MPa|340 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S355J2G3|S355J2G3|St52-3||||Metal|Mild steel|Baustahl|1.057|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|22|510 MPa|355 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S380MC|S380MC|QStE380 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0978|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|23|520 MPa|380 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S420MC|S420MC|QStE420 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.098|EN 10149||||||7800 kg/m^3||0.3|81000 MPa|21|550 MPa|420 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S420N|S420N|St E 420||||Metal|Fine grain steel|Feinkornstahl|1.8902|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|19|520 MPa|420 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S460MC|S460MC|QStE460 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0982|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|19|590 MPa|460 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S460N|S460N|St E 460||||Metal|Fine grain steel|Feinkornstahl|1.8901|EN 10113-2||||||7800 kg/m^3||0.3|81000 MPa|17|550 MPa|460 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S500MC|S500MC|QStE500 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0984|EN 10149||||||7800 kg/m^3||0.3|81000 MPa|17|620 MPa|500 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S550MC|S550MC|QStE550 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0986|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|15|680 MPa|550 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-S690MC|S690MC|QStE690 TM||gut biegbar, Fahrgestellrahmen, Hilfsrahmen||Metal|Cold forming steel|Kaltumformstahl|1.0966|SEW 092||||||7800 kg/m^3||0.3|81000 MPa|15|790 MPa|690 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-St-37-2K|St 37-2K|St 37-2K||mäßige Beanspruchung||Metal|Mild steel|Baustahl|1.0161|EN 10025||||||7800 kg/m^3||0.3|81000 MPa|0|460 MPa|320 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-St-E-255|St E 255|St E 255||||Metal|Fine grain steel|Feinkornstahl|1.0461|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|360 MPa|260 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-St-E-315|St E 315|St E 315||||Metal|Fine grain steel|Feinkornstahl|1.0505|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|440 MPa|320 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-St-E-380|St E 380|St E 380||||Metal|Fine grain steel|Feinkornstahl|1.89|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|500 MPa|380 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-St-E-460|St E 460|St E 460||||Metal|Fine grain steel|Feinkornstahl|1.8905|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|560 MPa|460 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-St-E-500|St E 500|St E 500||||Metal|Fine grain steel|Feinkornstahl|1.8907|DIN 17102||||||7800 kg/m^3||0.3|81000 MPa|0|610 MPa|500 MPa|210000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X2CrNiMoN17-13-3|X2CrNiMoN17-13-3|X2CrNiMoN 17 13 3||schlecht spanbar, gut schweißbar, gut kaltumformbar, Achsen, Wellen, Wärmetauscher||Metal|Stainless steel|Niro|1.4429|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|35|580 MPa|295 MPa|200000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X2CrNiN24-4|X2CrNiN24-4|-||||Metal|Stainless steel|Niro|1.4362|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|25|600 MPa|400 MPa|200000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X39CrMo17-1|X39CrMo17-1|-||||Metal|Stainless steel|Niro|1.4122|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|12|750 MPa|500 MPa|213000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X3CrNiMo13-14|X3CrNiMo13-14|-||||Metal|Stainless steel|Niro|1.4313|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|11|900 MPa|800 MPa|216000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X5CrNi18-10|X5CrNi18-10|X5CrNi 18 9||schlecht spanbar, gut schweißbar, gut kaltumformbar, Fahrzeugbau, Lebensmitteltechnik||Metal|Stainless steel|Niro|1.4301|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|40|520 MPa|210 MPa|200000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X5CrNiMo17-12-2|X5CrNiMo17-12-2|X5CrNiMo 17 12 2||schlecht spanbar, gut schweißbar, gut kaltumformbar, Lebensmitteltechnik||Metal|Stainless steel|Niro|1.4401|EN 10088||||||7800 kg/m^3||0.3|68000 MPa|40|520 MPa|220 MPa|180000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
+Steel-X6CrNiTi18-10|X6CrNiTi18-10|X10CrNiTi 18 9||schlecht spanbar, gut schweißbar, gut kaltumformbar, Schienenfahrzeugbau||Metal|Stainless steel|Niro|1.4541|EN 10088||||||7800 kg/m^3||0.3|81000 MPa|40|500 MPa|200 MPa|200000 MPa|||0.000011 m/m/K|||||||||||||||||||||||||||
 Wood-Generic|Wood||A standard construction wood|||Aggregate||||||||||700 kg/m^3||0.05|||||12000 MPa||||||||||||||||||||||||||||https://en.wikipedia.org/wiki/Wood||
diff --git a/src/Mod/Material/StandardMaterial/Tools/Materials.ods b/src/Mod/Material/StandardMaterial/Tools/Materials.ods
index b8e7009e271824eb62f35ae5827b80a73844b6fd..6cfda5876971a6d64274087b76a0e419232258c3 100644
GIT binary patch
delta 10662
zcmYj%1ymf-vMsK`HNnE*WU$~cKyZS)%i!)#AQRk!>tMk>Fld6i>)-@}JHZLgC->d=
z|L?te?W#Vt>QwhS(p_D#ZHW7=h_6%?kWq*c5HJuBoZ=H+sUtbX*MhSEFO-B&4@i1T
zNBqBHg~2PV|7V)yM91^5#fc7()K5qFzaqpC>;E^xr|0|EB1bRqLUlp(u89Bmis1*^
zKdu3a{6{}wyF&V>?{Iqj(~}I}(?G`DmIq;Ze=mqhav~z(1b|3LQ2Vi{=}6<<!1<YD
z`Lgx686`uW+y)kk0D_Iau~L>!`fQ~i+}VZBZ&rBBH^Dct45^ex9;THSp%_2<6;}a(
zouc*O+j&LhXr=S>o$Z^tIKW5&kMDKw(HoU?xgegH#Iri4j;z){H!4qeD-g&nA60Dr
z2M`V%EK2fm3Uj(JUM!<kXed|vx9F$$6Nx1(69o^p-6a5sK8gxFLyrBspI_Z2TwVL>
zqjA>2Qd(N5v$0WxO6Z@y@}uE~2Tc<<y_=m`(|)p_WEHUU;?-9F<OAaemN?-8&DE>@
z7_zA<ZU3l(t)s=Hk7}bi*ATzxzWkP&7F)hQ8Npq7I-ftyuC0~-a>(hkEaTjZ)MYmH
zojA&D8-Z!4xvX55!T6!cqa`H(csp<Fns?3tkmv^x&{Ba`Y%I<HUGKFC&A?K@;pPo?
zlVJL(;-{>XP@V87sslU{;a1<{WU?d<kV%I(umkuk_}N{g8dg>fglKtfYoqG%!2eij
z-R)f2W*YNq8L74%S-P|JxcJTf=9lMa*Y{754jptN#%tFHt+~2*4#4*V_?1$*Kf$DA
z{WT?@4j9z=0ngp2+TZW)%3Y{G*B*4xbi76*;@X}MEeOZ<&Zp<_aSO11e}&(^pwW~T
zsh3Hj!*5k6b~{{R2{CGLR9D>OP@y_l9?9PXzB*xJg_{4};sKa!j1R~GpALtA-Cdn=
z?xln}jhC3Tb@KR?kIuehq4|5Yl^gs063(2>WXg-9$uH@j83|N3Icsh`+Ly=Smvzai
zR@+uDSt&KO%#V}uzr8l`++VeuuIC=x2FC}BW{b4BUX`y7LW*-Q%QcWiaAce8Td$_k
zeVxeuiYzDPemZFRst#4>0y3<0q8<);r#YyOq57U21SeR8j7Om76Ggop@3?Qw-25(T
zHT%1KWg@3Fvap-knS<h7s@>KN&<+%e-MFw;d7{WIy6sqD)d{!>snV<(_U;EH@JlF@
z-2#R$QV8oxAsAaBcL~;Nf_Hu<&P&VnatfwLrvteQr}2-#{)=>L6Nk+-_DS0#U*m{<
zEB$+Q|1C_KkwYGRKO-OWs-pl~N}$;81t6uI4NJ&UL<hO>!MjLB+|C%&ps^#1zp(i0
zE_`cfJB45DXmrbmOphQkD|Wi1BxB7wTZ1;dy;3z2(q8GR=T8tSKO&?(e^m^JJ@RK>
zG&Jg|I@VP=byzJs)HDhjl^DY*n~N8Xnv9nXOB*xB^Xz9Fve0J*>^b)`ua@S}TU>YY
z?C1So`_~Xydp~C4c_Pg5)%}UKdjm$UHo0%l0B3f+Z~2pFwYjDlJk?;|h@;4x?$lwg
z$7_HNDWQ6B>iCn6tbunPS}L;BITO5clF2(8j9E+rY_XpWpnH2IxzZT8k3O>hhL<D+
zwdC!u>fLz<%B&!lLpyD3MKJ-H`HGgxKm*}H3LW><y3WgBl*^xWS*Rs6S=B}wb^74D
zE}j<c6*44cF<qlNr_C3GtdD5C8NEmv_{H-Os!Mx)+D_sSdylb9tZp<7e8Tjj%!@3X
zVp_$D!`ZA|2RR%yvS~+798;X1+AG57#k5;)zbl6_`SJqG+Qo^+ySL_zKP`gabl2Kz
zMB+4sxY!?RqdQ@)&xR?XD@&3$keT47hml{l$c&Zs26De&Y<M9!zV>{TG{a&VUn>OW
z;aXvOo&>EbZ&#;Lmg31Fb}QfeX%~5Vbv^Dr_0d|IXWMmmr%#%X>~4(x=5eh3!DaYD
z!Xo=MO|-ISp90s$MRW6P3B_ZXe|0x=Zr_9dVveQbFh9L~f41$L;mnOnjjUBiyOU^W
z><EW4{Pe*O?-S#RYPw1YbNhWGVHE^~vg7(=^Vg8{H+thn`IY+0rKRHtmEl`C$LQUO
zoEV?15i8>~eJNM+Q{d?L6Pqi`+Y=brQ}*kRR_TPwwevezTlOJEtJ}Vt;i^XcFK(mN
zwgX0QB!Yo#s3rT!XO$M^ia?=bv;&VfrEteQ<?n$)_c$~A{HnWofkLy!vpbM?jvGqv
zp*|_2jH?WFk!eE?8;&n(_KV6?7fCkkun`N(^eL#6@z9`ip1B@XSBlZ7h{Wu(Gn1&z
zOjoUBWF)RgK%eamG2`XBIc7xbSa}ioC0dkP)x3zDHMv)uH+UPMK1#=o#u_b=^D|CT
zC;U?ZB?Rd<W^#hD`0^0CV2C}nCf(-D;+q5axt!ZN4_B4gVL2a#=E@URx!?i!DVA|-
zn1!*0+WXJl>;*=DZk4qQ+cN_G3Ptr9=sh>JZKMCbc8XqTRV5DOFbRzEXDP?XU{<Qx
z+PJz|p->(A?#o5+x^yr%pZ;NaZ`v=K`OOWjNmPJA*h6=FuPq-0mE@+5JW`Q9ki7T;
z_$9lRHKF6-)ja?QJ0}E$jR(hXY?(-M1wQflWlJO8#Q3HwSBz!FnduJhim)?wURWi{
z_6Z)vWSr%tTW`>3$1z17fl4pEZIgFx&+C?~f~kHJb=7V1WDU44P(Kq^jLk{la8h^S
zo+wN)*`@ahNIpP1D$=behxS3Qcgf@Y1&GAy?Qe`vku*;uExxhD;lb&%MiwvWE`Pz2
zpAX<MOm^W9oFwJla`ZKS*KaR1hd_#(#H5;Q4DB&81-|TSs2!OyMH^D_S-l_%?1dkf
zTIXED(}lxLr*?wn!52O0$o7*uxl)`ug_n|mj?A=4lx0ZJyc*$ljr;8(Gm%&{s9e3I
z^S1}4lKItMI1x3{_kcnqqMC})Z_Mbkhs<AppGmOafq&N*-SDdc<i87n6_bN0vZBIS
zw?{uRrdSD<$@gK3c9YaGKl9z}KS({r9})=8fN8GO|EQ*><n}~q$NBZAgd&noe*Tyb
zfH1)zxfhVaFU373(u@$vbO}goFVbhjcV)WnrHQfJf$bye4c7?#CTwYjCoqf!!@m{7
zt=Crx4d-g9?5EfMIUVF)U(2_YYp`KtJ^JTPCk>7kj&HUVpC&RYxiA+m-U`QUd!$RB
zMf-M1Mqc!6fE3KH$rhKK7d&kLSPf^ljBHJ(rp!V{-n{Sf>B74G2+Ykc2U4X#cHD^N
z8FRfB@#wsA#`OSF%nZsJzC*wyNglF!l5jJ6(}GbKMjaPRR7-KK=m+D}l&WOBN;~I$
zt<|c(Gv#>Yl-VOVBdtl18SzROxgxcHj%=NV(c;JHJ7)|p#3pr{BKue6LYQbqB(l7M
zJ(eINs1rdSPZ&6ERHZRId`0gs=go~NAJ2P6tT*Z>?w<y!1U~QGSaG_b@%_D{qvLr9
z-1VV2Zdj4}uGGW5u-MH1Nb@q!wwaZE&n&i~)+#a8ZYIs&J+;m%`pbfjX|@}GUoD;q
z;|fI!DbJ&j*)4`4a?H5kT$`(Woyz^N{l*9azgoOsB{r<4eWqA&&^Ni1?D=hLw=uds
z%98j8AQWu{i1Epg(|nwL=V`CcqI0(HQD)qSjw#?arjaz^VSGYLkb2-p?D2I5i#oia
zoV2E3i7y1Lf2f5=^m#;+IO!t2jK+{xS+v=C!DN++MobLcYIi)#;ZT_w&>5x3PLu)h
zQy2V17Oj$S_mG$0Sc;E+GzMaZ49`}g6s!D}8)dCdon^>2GK;9>p(4pItc;h&eAn}o
zJ{&vJjMS|g`hk7;gIucB`Jr1M<AAQE3y?f+7V9h7lx(D}?QE|f^IT^Y)o0QBc`=Rt
ziJ6v0{38zEt3ZEjUqaMeqBCb$9q0xEd<q^jb4`^+AIY7q(k%Nm($Qi1d;)oNjx5RT
z+Xdo?RwRF~)Gb`xy^tP0pXf83_3RvvihdsL)%AKdd2YR#kaiQb{6Rd}Bh`LxHvA;H
zg$gZl<ss42DtIswxrc><)Q~1NZ_kGy8bp>fzICZzJ`b&;0}rCA-yj{WKzAW_dM?NY
zc*7Inq4>3TJG$3zt%TzmavXmIL}PQon$7jb%SMnP9&d!`E@mjMn!XGv_MoAYz@@}(
zO~{G@7Fwow{k=3V2zWRNe|>Jk6D7Xm3sN2NT;KoY;SUr_i-?il4e*xTdq7JH&^3i=
zyWb*j95Kc1?A-V`bTnpNFFQlz0gI<Seh({9l>++Ap1b`eqveK`YAyKQwQeqyX7zoY
z^N(Y6@d{_~S|odRXSuvD2VcRvljFvU+5JrOohgqm2<W1%idPo%@lmyMWxCyVz0>o*
zWm1G=M&}zp%6mhTt1Y2UP0k6^3`Nlu9$KGCVvV6_N7!b7qjcXwFK>v{v6B?bXbIKC
z>F7A-(e$3WfPt(J(Y?y>z7?q!Q=b<j2wNJ^jeO0gBm)?k_8qUz9NiSC+9!zQO7_N(
zqPEe2gxA+K`c;?Za>=X--Bkrz`2>5;s1Q-87(=KkE+yltYpc3ApkcF>kAWubqcm?a
z36=}rJtqiI{q+IP=Ru%GdJbmFDUQN6`HuCXPCfxg3kQ_ZnKC%~H1IngmAL^7D_i>y
zhnrM-H2l?kxIct2-`;&HxkT(K9vK-00XambtGi{Bla?$M^u|l-bd#^xCOAu9i$-zn
z@x{FgX3SiqIf`%hTSMd9_-dAMs1y=+g+!6(!y@RzE??Y$a{>8V;9f~D&WIJbVF+QN
zG++T)-xlc$9O<%SPaitGJ&3!Dm6}4B7}!*dxebFJ@a9(z)5U5|B5<UeaxYt1(cR_c
z1fzrGgvpmCXK<)__zz20BSh<~Wady~(?>d-I1KHDe!ZtKB^kOZkJ|I2%C@SxMNQqP
zwa$dSc8L9BUJ6OM`{s<t3wLG&qju?xyFE7SIA>){yUtCz;Nkp`(T+69Wga28H6@-M
z&uWczXFyAD0xWqhx~7)Uo|JwVWYr|Tlqoe_1Zlg8_pukKSx&%FgMu77NQT_lP@J@7
zi)>x%wBS%8Ns3G8`p(YLem_`NqCYH+XepeRvEEVB6e5Y8_BZ^>SQhE&7~wM>UE0?=
z;|QT);**=hBRJvdcM$_o=09g3eeQLYf*;R`^`+;3B2Vp@8Xn;W$Dbl3nooTy1{#kc
z?Nz5{D-W&q6vq-R-V-9k%OUd3oh53_3sy;znP@)edGTbR4k&04?`1{BmFX(ucSHLo
z?D7~$2En)zYwESBThESd4KnUHq_x0v;{qw5{j6pPz7}h0Uk?3^d`y8MQ56`AKX!7J
zp#G?v6S^b2$-f~R3~utRn0EQRP&sFt(YCWvK}1>fbYQWZa!d9e(am`+J4{^Q%|}b8
zu=P%wTM3j#VRDS|Dz-J-<r9En%C#RwMV#hN4y5{hI1WlGQQ2{eqa0d9V)=3%e#jD|
zOgjy{OCD_x>NAAk9g07*RIi9ydhSjp!Dpqe=+kPOHrgoO1KkyvJlzqz_9&(H8AVPZ
zfugIG5*kmii(#SOM>}jFYJ|4y<)ji8eIvI9X|gq^XhR349J*(n%dx&uTIex5AIK8G
zAZn?~8N=7@%p9Xq#yR%cG&TOzikch8Z^sC?`+;g(A4G5UlF_m(ZS@D=chP5-<!?7x
zs{gsweHtbbm(Anh7Gahel@tadx^g9LBuUUqJBudK6YPkLaNdjb92!w0L(bh663n-Q
zO}(twZR)&wWUg0%)@i4&%nc2U=L5svK$?WVkR1pzXAsrO4f9RP4Rd)%6tec+iL=aQ
z_m_Cv+%wk!vr}q*R`iqoZfbt*6Xy7r%Jk}S^0YF+)@Pl03;A#TqdpSt?Mmn6npVrE
zO}UqK9ZMf{QRekqN@K7&`A5Z)xV$BF(mB2;?oRb%EAD;zc+F4TQ6-L1k6TyoC?T`#
zsLm}i&q2;1M44aLx;n2y56Kz-%6{9|@2&@3%v@x%4gR$rwnbUT7!>XHTbVNY?tGIq
zZ`IgEiIPi--NWB~wT44fY?}W=Ca;K`3kMSJ;YS-46Sv`;S(Ntat#H)}M5I^kPY1PA
zi_>$r-3p~|HP<PK;HJ^t@8G_XDh#5$hG{_cYT<X~vmv*YE9LjlVqDH%)jE5JpZum-
ze+kT@HO)9G-G81b&Ix-Gt_?5?#)+XM35?~tl+2oBjMbX|3}0Nvn0swUm4Wjr?4;nV
zkWP$vs5yP`9SqJ>29pn3jUDQv>5`&)|0q#<@w3jCGlR+8v+*xI*%0C<4$D$Vu9$3}
zH9<w)n;`D1zba<HjiZgfHBNFXbj$ZoAeD*fKHr1@(cE*$W74~(kaV`Eljqk1`$%5h
zMs$`tbPUwzhK5vGft>or(jUj8C(ct<s5x$)=!cBF!3TX(n$o8C&#52T4xPR5z7eP-
zws%PSs?+##_}5LfuKE>_c;z`kDhE76{K#L|&na3**YfG@ggW*P<Xifhruoe4lzL`4
zErIU$n#`-bcxwSSNC8Ib^I|vjddRS)1nMl^UGcdyLlcfPJFR5ha9#8?&r8Kn-s2D`
z#;>p)TpHS^G~JT1N_Sm;``_l_BK03!d<hX2NDz_-e$#?G^?><O7DqaegjkLzAbrmE
zItZIlBViXH4BqtZItRn>r}~^rDCfxeG>gBt%31FR)p1&4avXy}kzOnK*KJwYLeh-S
zT3Uct(G)%3)FgN)B{}SEw1|W8kH@VvhVki~`04ch6y9Ka32uTdKGDn3%Nd6D{wx^~
zeM1<CDlzg2%9xFX^Slem8c?gn1@LjgDjbKo(!RJ9uT}mkR0Pz9@aET1edC_z^xRh@
zWe}nhk}TnFL$vS0)kZfxoa}!qkzdCL&p=kP?nL^wO^{8H{cSoUC+d3?;frVr&nQb9
z=&bzl?s*{(>y?nC+?}MyoSo2xomEQ!Pc|ZUNUE%dj7ON9bq=Kcc$9AW^^_j=o}zna
zH?B5b*W(zY4kW)0>S6WTxuEArAoS{kc%of3T}n4P*wl}s8y#qboW>dzs7fsQ0m0LJ
z@F1Jew!1nQoxC=2>x~RT1Cr{K>vW^Q&{$JhLj6aJLfaTlMGbyYwN!c{90D{UQyU~M
zml6Vu9x8lOd{f9T`WQ)YH5!?ZkG9U*=e1$c1qnqBcwGald?P-9#87>TJG4_dkDSSI
zv6rQng<r6bulz_6I?nfS;}ht)B)u$ZkzpI;4btHtQ_)KVa`y@^w8DpZGD!PrkI{lu
z0Xcj`aqw|a#$iKrM0i9A?Z%W+XkirL1^x?u4S;kZ*6@F#A$OckZC~+(`DdPs%2{?Z
zYO@@xbXoqLLZJMp<Y@31==k!CR|y57%LT}|XUlu3nILI(2oyQwjj0K*DIqx8|J#5J
zwNUG(?xuD)vMnhKZ)}S2J1yIt3{eusU_W)y*I7fxOQekBFQ^cwjN^50EK4LWlyDm8
zg|HlZ3ICyMrV>sziD$M<QU5Z*k4)wxQ1#A5jM>t8l$G$qWont0+WQLpYVc-M5&Ar-
zi-bi?@+S*zTCg4}=~`W5Cn~k_Ar?J&kqbP9<Ce&Pse_?Y<0{Q>MCedWA7kN;%g{_`
zsMnQZ5{Q?J^dHypE|yI$ebb`TA4nh!U|O&^da5?H!0f<an(X*b6d-?Kk=ON4^xWYB
z#Ng@W<BGIM)5F|U3*>^n5gK}f%PJf^Wk56=6Sj(T>)fkQpGuaHm#i<WlPP*^36oEp
z)Z)j24$S3psGAn{_TN>nB_RG_5T9NIP<yBwX53{b=MreW)%)`|6j)pV$=&;1q(q8D
z>H)633~~Z4lv2dt;6d}9Fm$y8`$Ex3Z33-H7qzb`buZg=S#-n@u|;drGfmBEXw8__
z_ydqgky4?ZW)z(d2<)e$jQmNDXsPX@HJ6yW7`mr{(*GUN-5c=~?+{0@Y6K?#V@C^K
zbOxXCX5)<HLr{Pyz`ah1)!MYq4T2i{nqMfSWSKObs5w7SfS+)Hso!vbFlIz-L~NlN
z8|p!XW!qOJ2J?WIho*-}YLiCzax3h&HAjLqd(?vkQG_oJUR*5O#*8v13#NXtMAZe^
z1fw^1a>oII_b=W)v+_mfhhV%!_veHsEHso5Qv9#WRGm2lzLa;(ou=z=sIVN`Rm_OZ
z3ypodcE^g1xC~b+-=Uo@aGY86h})wuE#oj9zcTeg!^q=w!Boaj)?P1k_rMrudZlX>
z$_x$2?`5vCBA%aHxl)skRF6=1VJV6Yr)a^5*@%zE;u^*(Sm>1f8;DIwO8r{(8cP{c
zZ)Af*jHfR_B#|_S{s8WboOy-9gu+zeg5>l;tpNYmmyHBO%MS8B&r2L;+}ElR>Vse0
zN=B%|5K+y|Bgu=#V$|oqT~2*L0=np44t;^?xR}{cYk!v~%*4-pOQFj1_`@{d2iIC}
zaSRIzQ`0)i>KA}4Z8Kt#3R?1`8L`T52y!1C9&tXggS>44Vo@Bv@+M&cenBPY@bdUn
zoU_n50iwz@vsv6%Azr*HM{rCm`_t%xZYkbk+1f|Zk)5tW{39u;+D<2`VcT)kXc$i*
z71jmFS#I7#WUK%>lDOuw<+qH#=0HGU^qMrQ&796X7MGtBD*&=QXnE3E<TN}7!3o5!
z(M4sy(ymtuRPZ^oP6YZ8%4{;!)=1MYB%~WYh)(n&Qjn5$Fnt@WF;IA0M-V@S9bO$p
zIE+6G`tttqQSx<&A{#P|aiK!#jFTqJ#Q`*F#=ttO=snqqe{Y->b@Qcd-8`XodjcLU
z7Q_uZIYJ@TThi2odq(HkJm(EU^qe6U&~JkhgH85J81Heq^Bc_xzM^94S9Sx0fMAnT
zso!=Q-m3U{N3?lIztNII!3|s@Hy93Z`VY2(c?$ww6gIVlstz74WAr$T^P++!AYt%!
z^}MTop<es1Mg1lBb8xr08XiSNy1u;P&!~Ax0qIB|+hreHk){O49R><WPhN2R`Fwpu
z+S0g!02-A|ZB*K%Q4k{;1SP4p883tNcb=_gO&!k=b`CMX{KS_qOwEN6ccDdb>xW$R
zw*!luY?(;8egz%CQ9FUIBTD6^lG@}CPRy!Cyeh+rMH{a%xENTrJl0jc5cNdTVhKg3
zDy(9Y49oqXU)2$%#zhK3ll>~=xbdxx1BgRcbo1koj-;h8YyX30?+~IeA*@n>BpdnK
zu$z1x{%0-8*={q5HR_8BbWBnDX697#BJ-+)?@CdlGf4nT)O4ZeE=0v~fJx_lOt6H?
zX(9>ehtohQQ$t|aHMdGPC|#<nFy0}#%)A<JLFGd694?{FK`#Yq8|>9I_By-Q&B!;7
zKAko(AdRuAi#*@$|AR&_%NQ{{%fy-%5fy=zR(gqq0}g&=h>`=N+F;ozYXNP~isgQi
z1fg>1oh38*mgmf%p)DuCK-oqQToef@woK`RaBDzZdc+I%l+y^(2fHwA=osw;iP|{+
z4skjtk|)L~Lslzrg#0PsE3I<qN1mF*FxAhU#u1?O-r=A0Vr@5c*wS8%Q9-Q(-a)yS
z*;)RSOiUY08zqNM!ur`^*#q;71@>TK!c_;vRUesw-kRII2<<Q2^^ZTzpz_Z*6@$vV
z+fGXoQe+(@$uK`_^8R^i@?7#Ta<mlF%P$lQN)+oKAb9880J)zpdsENehwnVK^zWqH
zV!j4a<LC(4atxJv%zPG|u)dhu1Ge0_3z4MkdiC#?<dU5Wy?;7F6WC`f8A%LL3Q;Ou
zDD<x9JgV)+eaXs@ni849MHaT+Q0+-J)Y7LdY<byH16Di18V2V6AVOc)PUDM@jrfat
z%Be*w5JdXN6|Qiv0gMC}g0gHb2V9v~6y2t^C?DCv3r%g;5XBBL70#!o5{RS6Xis)t
zegF#1*FF(%bqIf%nQwf1r3RGaZ4h23cu!qb@}c3ZH05=os)HOeOZR-Ri4<r_STym3
zCJYBtvL?SE)0TsR+(we1PdZh(#8Rk`HL=636Y@0ROIfy+NL<k<TvKSTcrgD9k5P9?
zR`>jxU42aY0|SL+i({Ml6-LUM>c{o~s=W*1c$9aV=aXu-y!%r%Yg=LU?+mwW-4kRD
zr3|GA9-3NWx}*bMu>*+Imw(8K(#BNEkOz^FT^aOCKd&Xxx7-A5YZ7`cE&J1(<rih=
zF+fCQ7hv>LgfEyr9*Fy(fEz|K#Pm*m*>*_BNu0bMg+q7hWtb?;`-iL$27OcNjCb1V
z0Dk0@dVxp9h$z}CT6&7N<aS)Is4`Yvk&Y;1-?}ZZgtqrF#uXHyUzazOdWa4OM@A_B
z^)g}8=^@ZOs##0&`9%)MFoM@Bi8MjxVaztWCQol!hAx`cDGhR&_px4&%CLOo2*VKw
z!J#$cmBD~o5;8QTC2q;%km`1#;_8h(_~XP>*lH5j4x(UBY;(sF6V&<=%Ja!_eBRXi
zmT1v|U)vjc4s0}tOsX+ZS*vGpc~9AP<)@ce6Ip{v1_idQAw{3d6AB#D2n0fw{qUu5
zg^MQR7BD1sibV41;WI__L<099HA1y%ZSpkL{H4KWshIj<Ilg*VO#QX^S;Z;YeunPi
z{uqU?#*+qG$(@m%n2W82`>iM=H_T-WT-QjL*-J6Xyuq6^amtfO;iD@K#ilKh39>#g
zE|9Cy@fb(bpUJl%TF~N6{469InbR~F!7!wh!;Jy}((5ClSc*nBeCY-i(4E9KKs0vS
z4wUzi@Ck}xsu~5wCh|pOxnrm}tz$Nqyb2mLwZ{1-#j>o(QoL`gd~d1dBfoFpd7(&D
ze8gA0m%U@wO}!mtDlIOU9L!lnpy+%0<bYuz1%NSkUQY>RNC_rAL);nd6(zL!zA9Oo
z)I|)yqJT%Rq)4zO1I&<-oI{sZEOOgOE3L5Le8QhG2mn=SISMBbR@ns-0Ftl%lb0qE
zPmVr}lH`g?ERC2B8Qb114}#^DOMm7V2}?=jfW~_-i}laH{f3??Xd@+t>m?^9>Vllj
z=#*z!$$#S1c?`K2$nkgKEt!ywwmdnUScIyPX%ijfCvb7GMCm=%&l7$0CdiiNCXi``
zT5aasRq$7K=uTyHE;aJdWQrb@qZort`QO{l+4k&hOvJ>7-l^VxKBv#Mya2yf>0e+A
z=0~NJb&UXH`E>36fT8g;nwT#9OhwQlu0LT_%Ql_C!G;8Yh3F(ZQz?-2_mxed7`~fm
z78na8lATt0gRm8vXEX&C3;=e^?^?*W<ETedVvYGb15ySVTA40OVg-&b!$CMX5}1_@
zMrOoj$p$g!+@J!4Xw4XPj_bU@F3+=FTS`<S?M&BVvJR66(v`-|Uy++4;K<g((&}5$
zC|TcrCI~!0F&b9EX}RE6!lNaPS&Z>t=woZh)?`eng*?G{r9xMvkc!3v6TPU3^^!kC
z{ugB_d0VfY@dCLp4YxY*qIFpNsUL}%EH#8;dz<T-+IEs0fb=xIu9osb&9*xFwft>R
zChO2)&ZfBQ;vP-28RoI#a}5Ye)?MU4pMUulzk*h9`=1Pza^|CV_Xi@}XwWf6Db<D*
zRm;PoZB%7)J9GN99s!QPyz(*C*>G?EATm7x+#eLjDeD6smzqXe$*;tEnFqsiy%;<D
z<Ybnadhoc09c2Q&UJT2~Q3KqM+A1Yqd*q-e89oB5J_K2p09fS}CLyaduWKqgEd-XH
z7GK_TiT(=>g}}1arzu7sOkJ}sV=k5y2O)2U_OFCp{jcK)QB-}|^0$CviB`6KulKs6
zxW8DF!0YYvK~uwD;Zf9v1~p*EzmeJz+BLR)VR&M)_<Ap!Q$Aa%2&}ZZ`kFKuC{Ida
zMhq+cbzC0}iBB2uid2hGbK=H2{fr+p*xeuu9V?ZOn6{JRqI~QP<W=EklA`@D0wsyp
z*vNe%?clOs{UwsyeqFj=+4lA2kt|))8ZV+5yW%$nMCe55IGshAQzD1E_e5*1|59fa
z7IZQzuYwas?HWsNtoFLw-#-oK*PH<R+=(DsE5)pBmLH6k*UihYXdCs*Nb_0q%PBOs
ze~RhL)_fQKI@#S|Q)idUS7CUZHNaj3VwCF&OV-Z(Y*P{Swg@$TqX+uAQ#!Sn1~Q^3
zwxGm7q+-rUJ;qHol5ep=>(^bx)Mji@lkLTZ;+LNsAf@u|a!YsZ5`{y3Dk)k1QtA>i
zgXT9K&ZO&A{_ypnznKVh%m>=H+-(GNySHH6ex*VI)A`s5f)MY4Jqnt})9S3pu`4Of
z_r}vtos-MHrBQ%MEZ>hr-z#zT$1Id<GO{>hM0(%#zH9R73+BK65)F(Mp?>{IA6Mm*
z`Oy?AvsQBBa70c-&Yx*GLSPQ(R~80{pB=x5xWT7RhSWLgxJr?GyW=U5C=C(@d%QC&
zq3<?7&wB1o3yzctzT<zdJdLvdV(@8An$<ooS$;0Zs|UWS`{~mBcR+~y_rV|Gr)7^f
zTeJ>_KPY~Vg{TMztFVJa1EYawLk#`^e>-$h-@BWwDXZ60MC>BAR`{VxR9m#Y5Fb<W
z)`*-XMU_>Ateh9ueu?UlFA*+%P{|P$@s(2fhrh27P;}_<#2KeFp!;Qe3y)tL)~iK*
z{Wo<Vt#~=9|7Ui`qJE<FNt}TFC&P85t>)CP6d1F=|C6>X|Fp#>IXgkls%Y6S8}0ag
zm~gxjqIEA<lfaG^WMJu(z<^>sUB>}F2H@CbJ9Fcs3}|)va<;LJm&kEvwIb)YfxUqZ
zZm;3`^^!`<xY@upS@2{F;q<TFw<0icz&2?Pdm73|tMr841l^bk-*k%$#6%sD^^*NP
z4eeNT*;6{}3xi7g*E0C8+ZXS}qeiktyx@;t1)%qCatMOmOX|I71~1d*>m^M_v~pgQ
zSoZoBMQDQmf?wO%ApuzO&l3KwX&m(XjR_olE5MED<8|y6_a-g1e{pR@3maYIkFOLz
zF!z$Z^FQ-G<orZIRpLDMd7xgnh9f{YM8UI55z6}>eco1;TG5O^5i51VM_mS?!UcT0
zFChgX>o5v%@gfP=|9lBb-vS7NPb{&AbICfaHHJX$zAqm=_b4hRJrY4Wz;jB(_Ej0Z
zC1Q8MuSG59g;7D*Em$RI_SEhl2OHpnmWLT{9d$1XqH6=WUDhq%pct`*S2v}?1C^+w
z7@8!l@<otHmf<4rK9Vq~(yDf$k|^M59>_qV#pZ-Uz-6wSm69l|Y-l8(T+*pZhC#^K
zta5Icn%9_`iV75(7HUW&NF;`;T)g4$j#Q87=wtg9`(c=xOW3TlR$pzs6~R!fOpBnD
zfFP3P8Mv>OS`bMPiG}Xe=s0pqC&k+@!Es3MsJrCtP5ZP4!FN<dbL+2k*tr9=C)gn0
zct!bGiJq;wXmZbQ5kJu>ODC!n<m0>29?Iu)9~l!^IpWsUPmF6zW7c8Rxp0k4T{w7s
zkt}ghubJE-F`aW9E%!>O#I01T$AKwySVhkgt-jd-j4oM@x?OUO(2fE|{T7V+nMQ-e
zsZlbDRnljTN6(3!vcL-|r}R)620uu2tbPxeFj9)Xz<!g|OBSPs4^6ka07v&_F(ySM
zU98pLu$EF@K+)C8T`jR)5KNR8ibk3|%R@2m>2xnk^d&q8T8L*3I`4`T6k!_7I8qEV
z2Z&Nzn*mWB>dS&<>M6q#;fkuISWcI?LQ22H;dU0+NBmQBFST#yC2cu!KOxb3z|2U_
zjTIh>zcVInOC0TUBc9$eZMQ>~MRtrh!W(d45{UixrJ>P}BS&_zEmKi~{N|@q9-N8q
z&shH{*`uXMAU@yqex^}XK*!iJfs#EiAs~DsL_tthKtv)&_}`L8L*-Bh!6<eF1cZO*
zOBLk*97*H)RR2m5kM*Vg(I*4SBozbJ{}E;Wk%}Q@(r*Li{}mYw|117q^IF6In6DVh
w{j*^*`cJi_k<owZAybV0)k7vt{10Ioi{m=Q8!G?5Ad_^BInYA&|Aq2@0Ke`|^#A|>

delta 10660
zcmYLvWmFu&*6rW~Cpf_&=->{6dvFbdySw|~9&CW%5NvRVpuycWxH};PO(4i4_kMT1
z-aq!PQ)iv3?p3SH&PgZSr!F`QHAMtOd;kCy0I*3+#?XMbNvt=?p?M`J4jm1YiWdKW
zQun{oiI(S|#fg>%Iz;>SfAaCa5{HiOpGBTd;FTIf>0IId@$LII<bPZT6!}m2g7p^u
zU-^*3<6jwSz(on!a9e9lFT0r5EO4tRZLb8zZ0DCL!Mxum>^;Xcawm5*S{vu!OG~~T
z#xIxBP|vB<{7W#kXmG3C-K%x0z2$osm%|_kV0szxGE<|kXSDV79Be^!gQE++H8rh{
zxOl#@B}`5PP4>|R-GzI7VhA4&dK-SZzXCN@G4||afZRi#ApxJ`hrdkcBgb@STnb$L
zQOJqQmo^}`RvmZF7XcSv&WBr?-tky*=ZQ={!A5h2KYtYI0zcSNS3c5>PtzWZ$Mx~o
zPTj){Zq2}6=X!h^pAGQ8`FbWbl$;JWRQZ(gvr{ru5JAQYrvz|S1Np3deJTm_3pqsn
z?<}&8u3?a_O}DlmY}HOFDt;au#5b|dwah<^)3Vv;$`}d$h)}pP0ncXH&JELZFLTP5
zRMWe_B|e<*F17Aw>vA@HE3Z?n3!`mneq`A3xBE`&y*vo0|1_jzF!q^vPAwUGs$%Ti
z)UFcms?_bBw6_N42kkuhb>UrFUQUmmodu;$X<0%>8|)LuRQuc9xX0)CYgJSBD=Mx+
z-Rg)Ic`^Hcra`tCyB_T>ElCeSUFz#EcCPs{&x?4fR=-7f)D!NcW3XNrJ02IQQm|?M
z_90o-K0Z{q5C&W>L4<upZeRgJHRw^;L_fn_(;NRhj22(L52!CuVL!O0o2;dn&<(sI
za2|(rR;=;l%NXYg?SK6&!(fZEuCJvvd>Ugbjj=m5oW%Zew7ULq`^<4n5aBchGwuo|
z6#*aG$;W;V6uE~%S)O=Q2wl}w5Dxmc^AACo2OojVZ2s+DQQ0B_ANX1iKEO6w`&XqY
zua4brjCoHs*XR_i(_^NngaWxBetV~$UCEFs(ee!yuNykzt#5nP5*OB)X<NUYRJU&T
zy~)e@BFuCZ+C$I}p%?5c1v%&qn~Nysy{NgI*S-wfL8*Z+hJwS!fl6cDmR<QGzT{{T
z>L4R7i+W;PGn#KeA@rhaYt`q7N$3w_=QI|v0LdjM)^Tro5Fxgt6446RL__o2YYxco
z!SILV64Tkge#W({*>tLCru)BO`J=y*I`^P519R+4mx@GXT6duF`>MRvZ~K(s3Hn{3
zh%6(bn(Fi}_S>+<BZp)L$>xY4SnISl3e&TpJv4uY#kBH)=sI#{Vb+XLtgZ9vFe<n0
z_yRO3m6z;#<&o;<wM61Ndpn3(ats+4u8C#u7q<hi{Sf-;ptJBI>-kNGU-RPzuyL(c
zmtRqT<428QwOz}%3a}weZ-dOxv*@nCUaKmnveNC)WTs^Cbm{xu_Hlu|HW@}<3x&03
zS1h|{LA6uUsd!0b3)c7A$MrJ4Nt3x6?lN7$z>3~uJ%Y1RWnMMd7Vl(i^E?Db-s#kB
zmp@-hF%Vp~e$-TsQn^(^u!yi&N~u(7uS1S2bSt&kZaa@%y1~oLjH;O*>e62GvEJ<g
zKU`D0F>CcE%+X_`Vw}_wP0~ZKvM`9F`2^)dht=Zu3RSTTL%n9VhjeTeZ#DJCtcN9R
zC-0eBT|vi(Ue5NWQy!Qz+$`imk05hku9T{5#gm0ArbJmnSH*InsmT`AeTKJER4{Pq
z{b~t8%;;Px^#HWeA${K3<chhL3g}4M*Yb}8Sx{jOPR+0W^XIGD#+9O&J6bh4)yh)K
zVPk<)OEBvAu{d`9>`3C94%tD4<t1y22IlLWYE`KWL)hEt5@X2fuMg0J>ev`nr=^O=
z4?zM4I~G}SSX-X^yQgQjh8CUBiEEdk!l}u)YmeT=%G}1km4Wv=@s@(B!tQ)KxmU5D
z111R7gDREzS2Z6DkWBd!m+vb?D?1dnk~s1_tQ4qz;+NzGczmtsVt3-J`9}P{_x_gR
z&H(g<D%&j&@?r>K((^+F7McyWK`#wHbXKJW*x0r;ukGX)Unj2<PUne`G&15XcCs~N
z6!lo!CK-y&UXAZ=Y4={m<ZxU@OS*=QpT#|R)lmLgEvXFhRh>1P_PD(ni(0?*#rJed
zZwq)3Iq=WIT%Whw&htX}?LpcKTk8?|`)aV?&I?2S$prabaoTN*M;pV(nQDV){z@4(
zctx+2V}rN%N(DA}v||ot(wU!*OJ!vjmL@c;@XWUy%zk7m#|JjX)I0NW-c8aEeOr+h
zYtA}`>AY6jAu7GI4Z`bRurtfhQ^wG=x7TV~99eeW&*bC$qN}XLc(=qT+JP%+Yw^Qb
z74q56OnOCMD)4T|Sxh<o_qsai8|ODfzdO+8OlCv9uddq|GY@QuRr8X@Z9e;d!{blc
zn&^fQ$Uc5*eev#EMA^D^iYqf_jPCg?rzi7m-!fb&V?fPqNAK~jS!c9XSM;D<Cs{1Y
z_1E{yl3PNxro+zxOn1t-SC!s43@1vJJ>HOj2~CQ>0U1CI<BNFh*vEt1%@CdmFj*as
zfD(MyWFUnq&GYxmN}ikM>5Qn+s`ZKck*GGGEoeZ6?`C`>huC*v^U{fFA|^3qLZ~f}
zv{w6Jjc%fWE{Ngl%FW#cll6(hTVP?tCgIE5(a9wPFAl=f^UcqNs+Rn5ChdQ^$1@;S
z#G|7$c@{XekM|DvR{~;6h0?Wo3+$Jc0u=0AHO9YYfxtsYz^LoM+?(&hsfoLZrdb1)
ztuM))pN~zS?@b4IRJY~wTf38DABJ@Uni)M>Hc30t_BiH+(>l>KpA)Q2GuxzIq=<z4
zX^fv-#^5K9Sr1ifypy^2Wng{;va=BV^f=zA&E%H1FGBIYI}0V58q!BgSe8<mm-{@H
zt~yE;3RT@v*hlNwgXBTm!0&9j51uFAX<@rj+b*-iw|Dhv>t7gIM8C86jm?w9VL=6w
zvi6F8Hcx+eo`tm?pEcw&1eAQZ^=db(n#^qCI1U7K518h49h`Kt>gJpUJ#<5^v>uTQ
z`hzg<HD3OtYkWz~NX0Db-7JkETU(v{$ntc_hsm4$I#p(V|F+q<B>DmRem!scny7!u
zHFI6zBKFT<T}tPgzhm>nld0^$OMJBO5S;H%*imu@);xz_{Ro&UwTDAY6&f8tYxkEm
zvwC7fy4~G7Mvc6<wX0QX?9DhtflV}KpaaUUI5e1_c^qM;&U2PRIlK=7CuLlV%jdk`
zP4Q)Jw;8H+Ci_)i&_&aqsVhmu&xkhG5q%*8R#&|28+#x$I@qvtu6`_-m~C6Fn-F5k
zM<3bkZDcsi6`5@JaNr_B1gpbD)xfZru}%4K2BYzm#P%SrGs~Qk=O)PSlmiDwTEuo>
zHsoRa&3Gc@{_=oZ^tACCzZY@~(K5v?%3Y6{6T|^AlHbMg>ynPXa#I#*jl>jv*UC#n
z7IE4hqv<`g**Q;yvwe<f``c>TU@bEPdQ10beWUNR49=NL;DweBtq!$$uJ}_)N*{)%
z<XH#O1c{*2n7k+VzbKF|vn2^~o4>8JS^nCzMgDO%Nd|k)VuKjImNN<Ax$`7;jQ;}W
zTvJ)djA`6|tex3aC?C3yn*ES`jSXKia9Tn0rb3C1)l6{ZX6AxS(Hs+FF^!jMIBik}
z^9K4=!Q*){{%HO>dW2F*N2RmXd6eH-RV9xSM`!8ol!z;NQIrbe%S>1-{jEH{^V1)g
zT2PSMm1)K`!j<0+k=S56xL^h5j5Krb5&cgn0(*$uIuFTF=XP6gI42W4M$AN?Vutjz
zJhDDpT#{l+@$Q+KBjbavt^U-TxP86kgB>}za0T$7-OTr%BJv>7zei$k`=<7F_1&(N
zb%Lm5spF(x+$UZj+C1s^`S*|{-+}3dUnaMW0jXTJ0hhnO?!P?czp#k^;eN@Xf40sv
zNZ%i)dkXlbB!4GpJmOED)cCmDts#m#`En%2_H0j*KP^v>*g!=nl{Y;C`2}RSrbDv^
zv0g9+eZKfsMjcnub8S=acfF+(ekdnewWzV3a)m9wd|<c&K^j^6K79bck4#00pO5W6
zMSDLPV<RE$MNwcl?(sms7vR9P#&e$BAK(l^`@u=xw)adpL&*y~CzEADZSt>}`FRpZ
zYS>RZOkga5Akur{{dcuPatj{EPH3v73Zd-WaZyOTM_@sy;Nr)S&^Gc@pl(sOPA!1q
zhjSwR&9Q|Uq>JnP4m&I~&@Kp^2=R*p6Gx$UeH+&K?goU}>+sNtE+wB0^M~Il!=6TL
z?=VquG!Ce`K7c`Sm`x3KjpQY=AAfKs9wzyb8oXfyJ#igmS5vks6_G?Hr}1XjF=4f+
zA7Dv6j1`u7d{sEfBJ^wz#7kpiHq<R)aUWuQ9mswV6x799cx9r+p9y6fdZ~S8ORkuo
zy;N@5KCwkWmBab#=iigZ9Gdz*I9iX*1rLJ+sGL)LCgyp-7W)-rz}S>nqdaUoAH-z2
zh01QJRWMlO<H9tKhzs7+k~r_W1m0;B7Aa?A$CL7pB^-qPvmtZAT8PQ#{wFCZcdP8C
zlPz;d$6k)o0CV$ZvmAM2P1%|Ro@YOSM?Z_rTFOzL7LWfn8tKOw|AtUx4ufn21Br_f
zw075K*OC2ul$|Z12r*I~RO3Th8t@LeHvtbV`5~MA2QI#Bxz5(D)BVU;^>G}QPY=mo
zaN94iz2uEWegV#9@kJdiXdH$t$4DF!hf^^jM{F{atTXtDiwFuoV4x!^YNXG7Ulym`
zQw*64`V&rY#M)H6X<y2W6mSf$1Gp6K!xs$}Wgq{l#L^a7lp&7CnBtDpG~rHaPQK2-
z4Qn`lpDU29=lnLV-_3TWuZ*A}_Heb$dbC<Djc^5>m&Kd=6C`MK-M`b>{bHR}NNN!V
zIg~0(JB5Q_YtP%$E1~o_PkVHJI&{v+oNM8qal!U%lU*t@&S#9HxHl!!nNsTd<o+Hp
z<15XO_o7S6d$_ZaU(;OTI%i=?Z6jd113Q9_*j@rw)pP(_!_yt}JSSW$m_i0NFli+-
zt%2$|;~bg&u4(;U*aoWcJ0levO1_L4NQ-&|rn2rPrOvwq)W<crM<?aAu|*8NY^1|5
zrOTGDqX``FFGGz7VY?L5MFjI?yjl93Dpy>!)Yvt54r^jv+Ch<2;gyumi_0xf7hef#
zx^AaC(r4M4{Qs^a)hmzeV>=Kc=PYCgK=~Tn?(N2kgAafm*<7RO51Y$Z!_On+khQQL
z5`oR0+qTF2%m4%DGFw`ynR9Q$;2Z_4aO`pM#Td((=if`-?GL}j{~`ygxtln~eZ}(p
zyS7(j?xFl0@p}0(>(??|9ZpxWt%}$}<(8fmiJ!j*S{Sw*Y%KxPc%*4$JwzDo(F8=e
zEFNaE{YhjhaGV4~!2FOfspG&C4l>uJo9(zG`u3fHw!_T3XW*gwxch3711{Z3yFEN=
z^YI;>e(@b&J?br^LBk-qDQ?>)n+EHc(wQKUXXc?M;o`Z~Dj&%Ai40lQNGvMP=Kwu1
zgZ(<2TMWbE^y>aV4vt|fnwbIze7v^!M%eW2FNHC9aG3s^IWYbdOzD~48PZ!a&;DjW
z>S+XlO9e`j?EClgU<A{2Y~xHLLJI3+xzd-P47NbSMx-0EXnrwly!>Py1vmAf{783j
z)1Mak+HV=r#^8y|<s7S0ls83S6C|Wqwj;@aoNIv#*27S6Xq7c-(-!yo=BORR_RT>Z
z?ZX&KnAcHn>(gmy)*V|26-2t5Z=<G~GC$|1c(>a3O;W4t_-Zr0aez5r_D`(FH0H-J
ztsP-ZJLg`nFNd~V>~%gLF+b#4bDefXTHZQ3-F5Z2OmgzBn~>FoaNBi@!poZr6x0Mo
z*Ez~W*PSV2ZB5WG0JeM3(ffW$oj)&$5A>|lM{}IR;Y-iRzKsV+NJF@pYaCHsA5Kw`
zX~MT1t)tlg)Gfm`3tpon43n=FOuR!`;1uLF6mk>sM|YFf;EX%=R^)g9@S*B2BCB8f
z4o^DJtOCBt(T8Kl?Kzn^gnU5>b0QFFHBqoG+d0P)*$1hv2<Xw-y0wKh&68c8QDewH
z`n8_pUm~F+l6NF<x<Cwn`lpMK`sP_8g`9V+r=VEeo!yo>SZTrybrhF}fvE8xkf(5!
z9UOi1p_|I3g=;j9EM3OGq$h^$*Ah(wC<1@M)KemRRajPOtZk!&qE52aYW>&gx!xUP
zh=oIK<pM_b6hsL=78lX6xx?%NN$2Cl9?L;XPe|6Te5ypx9uQnrtP%H1rbO%!e`=}c
z0HVWuU%F}F<@ElR*!7#lxwx&cik+Oqs*AtZKtaXyBj1PnfT8DmZ2Ap3nuf=VmmKL)
zjf-8!uz|Y7RG-&>jAt;0xU(SIUi?A+AZ@;=(XXfSo{p*Diov~9ncJ2ZOx&!MN^g`>
z+~8w>;Z)2&$&l&3qEA+}AJ3}&gzX$zYiJfCMmCp}<__uIw`b@<T6*bFp9t^37(E7s
z4f-Rw#Dq_$ivzLS=r^7Uh7jv{AA}J*xwiopxhUXaPf#=Ho29x1xdplIk~;SXohJFE
zWFB#TZ=dXeJleA#9A{)Ylf?JSPPO_4UcT^v5dr{y6a)ls(gPmo&w%ZJ%u``|o<Pd8
z?4`MdapzfrM5v%LDqN8E{hdK)+S2dDe5s|iK-I(1lw>MuPL>}gKrHVKoV&0LG$CK+
z=d`bg$AtXtQbpl5%aM9Rs|}2Z)Oxvo^CZ-?PW-f4c8a8$7j8q5BRsK5(MhdXG1}Ae
zK|FMJ5W+J3&1|}#sWyMQiGXO=$~g5Q35HIZDj9%q?l;zh^p<2-1Xa|z=cu`Y$l4{`
z>i8!ZCm1<X3qn=pUmI5e`cZ_4xHP%VnNtoM9;M&{CtrDMdFuj?($d}W!hdqcLw2!2
zd?vQzDiL!lxS&xvh5I!cS8f}@HKkbA6odzTfff5-%%mv;&$Z0B7VhFk!kJ97sKqs~
zA>cPZy5Upul+#?MZRZ>8d8l+P3R;p@dyEza<qZ0~Kdz`r1!=2=I%;^|FF3@qcZNFW
z;Tjd*<e=c_H0kdgh-JLNS1P+Lg9=N=Fxji=g5*-pz5*>?QT0@5Jj}Pq0;Y@*`1(Ux
z1e{22@jmgsRt4gytTw%lp8m!P_}>U0?|KO(%L}dT!T65U^2~L`g;r>@!XZu`G^^%c
zQ<5~3G@aaHEmK!APp9l3|M-L`pGK^S+GN^>dK<{G5~-@cW#t|bp6Q$)<H@8CzQEuG
zgwtF$W%~T^IvicEGLi?$gD`O+iFV9%VEjy!R~(5R!Y#+ckIE%X%v&A0Dz=pU<vEk%
zo|e6pJd`-Jjr7$rSBWhg0gZrWCgxQrjX%Hv5c}$hzrYq}G-a`7m%x5}mBeP)W~#Ky
z^A{{Ad@+U5BGDo<%kwIl*iO#Ww>_HE)Qj0(YOn7H)(*k$l=A@9K;%B!yMlBkR_GNa
zlhE49X<<!k=dIY=UJm9#62+;WA7%r-WqO4~{rezc8h1lgGyrMGOg%!GMzmcto|+6h
z7e_mlXpCex>`7)+;8{=MeHH6DJhrtq5>4F?;<_?q!I+e2mS~ol*1{|{1?L*NXbX2f
z`c^3eaDSRHFQq7?#Bh73szQ7qZKIDs^IjeSj30s&f<&gP=ew;%Nn=bQbVgIRj+j2S
zaz^3Dl6W^)-61R7NA!2w(oFXh_8y!yyL*rr%KBh6nTt1SHa^;?eO5~#MNMIk*4v+w
z1l%4iG!m8|w+Km(3w)2Rp9^%LL#IRcX|RD!!UqFgph%EWvs|FkwR~;l0^2W)T;1RP
z&<LT^m}l~J3kefA6hckb<DrFjo(T0jrlt#+@Z&;t0_`C(UwgRm99jIafTu=P8I_bF
zNEEtdW*HfqIGjmk*`o01@Z-uR^%#?n1%}(15l-}fF@b@eCMUFYRCPTFasM~8(c?Zj
zRiQ$F_C022hbZUp(+-H~PsoI-vnzFsu|1(Z@L0fOa{o6#w*Q86^|%i63bDq5A2&jX
zvt>kx`=3)R3fHkCPxySbIn8VQD!4eO&u?F&k=>ZCxSObpB*_uVm`J>$?dvQ~rZR^+
z5PqDruC*PLVihT`%?4t+;%vgXs9B#${674(RX0cxH4vD=ffRB;Uq_aS&{b~Gj81l#
zFx%U6_?IpcSNb%K$YIuDm7rgJvfa$)=U=3}1+u0{mxc|OxhWhge*gdt0c8hq$AVl%
zXgF&1KHMf9O!J|O9iOCRF@9IKqC>QSQ3Fi_4Or52>0*u&3{iLRP?wMeo8v29&jzj{
zVYw4wGWsJijIlK#N29P7zA02VLkObUmbO6-#|wvg3d}l*CwHlJzzxbEj0JJVnpeJ4
zbKohUDk*?FP=OkvBA^Wnz2*9lO;S=Jby5T;)7WFWDTgp-)Eo1~N4E<YV-sov?;x&z
zbF_3ejtR#=2(eO<5NN|>c)(;VB(mc#xS0)ZFpl4?@GodR4hc<#S7vhLDY${_vn8{@
zw@Brc^_>@dKJk?6q?v^BL@)2{sSHZlzdJVDixbo2+PRYA+67J>p7iA(=Hy&)?9MbJ
z2u=zzyq=i&b@b7Ulg{xPe!M(BEG+gCa9ejob>U0?1gXJ5zuT<G-6-hAypfz<6LMSO
zcPY<mXr_0W1?q$<HWN5%Zof5nBpFsDMA@;B0a}o_xlO=`y4ksc#3SzqFI;;xk5_3%
z7T~$;c4jQqrAeeSQPfJiA&dw~<(AtgL?=|t&F|8bh~FhT)x)PTmkQeyL_PJ$frO}P
zSHfWykXv_;%P2_XU2bj<jb>&nbGs8Y{y8Q7O7?l812=vq;NGhoiE3UPXeUhAtDEEz
zm!=yYh4ceGuT0;u!V3*CRRl5hX)Txwu8MDAkupS?3I4-4++b+^+A$#uU=aT6ni3ww
z?;Of)b^^!b)uoaGQfOS9S{loP-fI$G+ARk|1{O5TG_*U}dYC?pD6S1DX19HE;ARKo
zAd?5Db}vX9*$K1v5_`P1+llz|El<~<{(P(Zz!9wn<jKCAocFIc3j#+>zSFx@s88HM
z;+v(Qai0K8ZCIQK{tzgy${?m-Ez(3AUAH{D(Br62x@lFk$!)@_XoW!aWoAv2H5v+`
zQGODYUXX0H<2A_bOv=#YjjSN-3B?Tz5TZ+;4=t!4rD0gf8ALM1EIDAxuft8;MR1#t
z0gLYDB3v2t5bw_a+=j}fT`CYF^}zhNHK|2;ALrJso@&dpY(HGnVTG#V+|`NhYOY<5
z;$oPG%|L@j-{z6Q%(bAa;>P~NyHt>C*cY)$q<1A(8D|Jr*E9r=P557r;0uk41L)a0
z{sht}tJnItoYb<SMPA=)J-AEpBg9l-6}m0Nj7bzq7KXlOZWc%Al0e1+sDk;f@UIpO
z^V}-)rw#E`Pd)>E#|S{$%615W=el}%Q*6%}iL+x(cuM;f+{tlD;ji$3K}G>e7E*{!
z)OgJ~F`GnxEpYhgQAdYi7YE4Xou5vejEWJim?zxT8HK6XeGXM=Z4KY%8$Bi?gGBax
z6E^pRdsR<WR4C%1cvpB=^PY{4C9-F^!~82n_60;Vn+|ZBt+G*)%K_rjiajKHM%wkt
zC6LE7SdmP9cFVt2jbJIHYLg`La)D$>DpDd6&XSmSd+A3hrb_|J0|_<V28u$9sfR}`
z&lfsH>4r}Ua1@vy1#D|a%3KzLzKtBlUH$=f{c-2pD>?ESBP^O$bR{Q+cp>C0q|eJJ
z4A2kIt2t;0>*-$9_wfPxGU(0l%;rUw_le0jqU@v;*y=`4v_R63&X8~PUx$`0CK?}u
zJI&@jM&}zbSQR@E<WD=y`F<u))AZ742%9fEL=*D`_nYCS=wT`J_w^J#RWUG*4i67Y
z0(qi34JQskKMjT-%#&Vz0yK<QLKjf#sk9e<M$7g1G-bkT4;ATH$-~!EhZLi3VFXcM
z+HC!ij~7FI_cq)Fq98{wZ^Sn<9SMrR;>nzh^^muugPa6E{k~>Q9evNK<LGUou$Zw>
z+e#T<*OXYd|I@HI3nBOe;fU9o)$l1b^NG}Z&Ih6PX-&Xep!z71T*+;*Tz}4&cXKr^
z$(0i_Y;L%2xU#>toVXB)ZmC;QmE|3eXf7kE8b~Ej(+w7!AtXdkxypMtyT6+?74~hN
z<2VzO(!D~{7syQGQsfo?;j6J2fOQ2&hYq`1-Vyd*wH--fCMBphB^~6V*M3NQoJEDP
z2q#sM{8C8Qhx3Y=YI=Vh4#Xq}fN9wvhlkPzRJYNcCwRmZhVy`&1xolxv3#~v*muu(
z4Fi!u&d<N;(RUQ-)c5Bo7b%!WOLwH|X-%FtGgdTTvP1Aw_x;vf5~`z8Jt8og)IVs%
zna-2-At%+4(u7YI%PX9h(A8_qqXS<j4u!$T08EccaK;g?s^FWcL1E1IxXChPsC@El
zLFTq>P>b&E<erFKV2geXw7@=bTZ>45q-7Q2*TopK9KMVgr(CM%5)$M49yjL>JEv*Q
z4<L;t95ItPgBp5RB2q~AL7OSYZb~#UH9WP6VCa2P86OWDHElI_O37MlvHo_FmeOq0
z(EEYXp?Jj>y%~Kle(#&!H_M&H$DPHWFC{b-C4V5%2sM-BG9wR*QRI4{lf8v)D)s9?
z@W`<*i}^sVWCxS%FuU*KAPG=;*LcMsoLZLz084y<s2!6!uWB!*WGzmvqlda2O*)!E
zKY=0kI#3<|67dp|SXD36mz2&CN9c$uZ@mxiJdX=N6P1e@PE+E*U7~i%tnybz{V8>h
zzw$6sR%yjiNnLm{;#6b|sV^4ZjS&T6_JKCzYUbKk18?M42J8#=d6BCSCO6Hqwe&hC
zmb|(k7oMZC6k&{hvBc*b6+tE^nz53cx}5!8s60s9SApww$8xwnJwI5b7(@oWwvaHJ
zLU7#z)39a2*0H&R0{4Ow`voTY>FCif+d3uG)iz}U*vF7dQrIh!JkQSeSg9e@X?cbn
zL1aIYf&#YTR+T~G^EMWnC7))JJP4o48H~KU+?{9@-wab-RN6=R;X_w~&D^qm<mW;8
z)~fy@6yBeAzye1SBkc-8C!^hd{iowJY2^)$vcc51H#LwO^oeTO(j#V1V&limlsBI#
zKd@^OT3>tYs1jWwwp%@X!eW4!;sc1ujp}6R&#^w8#}lVlOiB<gu6kv@o#v=OE)eC&
z{W5Agu8dXfv0le09@!3;MdmfQuZE4EnSMQQe5-*LJhFc3U1hx5oh2b#9;aSbk=w=?
z8y^}EKh9XHSC(GRuY^t){@pD}JxSe(b4>Utz7Sk&k!q)og?UpQCng6`KUP&R9m+I(
z47$|!SxazdF#8icu$$7^c^Jh(YR!~Ab;k)eUelLqTAqudO(>Hg`G2ruRU$u|?8TzF
z`CLuSe9TP4xQOy$jO3%VI^z5PLy1mkihZZxLcGGN%<~$DSjz0<_K}Q2_8j9rv@h=_
zR(bvn5hMUdriAHayVTHja`VOuH~)a^^M>eZHWprp`W{_wj4GVVsWst2TxRMPP#g21
z0;V`x=oj^4*53@{bW%TDt$9Puviv<@DJN?oRNfrLl?y>qJNrvT?be2T_sDw7?1oJ(
zhS-9Rrl+Mk&m&b4;9byarX3N@xg#Z}*a+iS5{S&#j^v=^6!jkd;mtUI`LHQ>NY-e6
z1VMD8$3TB)9pd@Z4q^wIQe^dyeAZYR4(k6yGk!+JIpt!nV%Gb^{b<y3oB1}DOKoCz
zE(I_#Lhu+1#gMfEDZe7ioj8HckB}gpFAEjXSMn^vDlD%%mQy7A%EYG7CU|8QNc!_H
zcR+HRy@%3z=qhbo>>i`DL`<R0>zY&|ZfrwV7y$MKqL3hw9Pky{Y+}RXWD4uRHrK18
z8LMUS`*l>wbT7#~rSboV!019>blGm{wi8-EQJOI$rw4)4rd{zFG^f8*wGIfi%YZe}
z5tb2_uReo(Dm+o{XAmN${<a7$H@~?7E&URD;_0rCfv%V%ox3LjncD<#{E=)$yRx?3
zcyL8a|F8yuxI?oRtGu?nHh<ZeYY<oBEtWU&mp1cVt3^>q9l<fdL~<qH_#}8trfQz2
zZ5;y159m~b^Ue>mYz-VwKKfP<AvMfdKBU~2jCpOk_%e9da}YeBNO|+>!kW!6VgZBF
zO4Lo0tZGYnZr)8?>J42njR>_!b4cF8jsm-IT9BN!`8sZ%*Soxh2KQ_~Zg*k8eS#yv
zM9Rlb5M+A?USe1GQ$R0o<@fry`_o^+A3@6T=nD`{oaOlar_P2=TLP%y$>ctw=?@7b
z38S__mYN{*M2J^%ME$Ugx$5|it#iCc1>k+$t`5l@-rT&QA1Po4Z-BEzUiG|`VPlEn
z{4KhDV%$<*VDnuW#UN8$VKa&^QqD*GjX$>!zruc~P}fq`R$a!L+kCw{CSs}<k!05M
zU&U1QH$PWT4Ezn4>XJO77=YdFLDB164;F4RaPz&8^C4tUe~Jw)LR7JK@pd(Ze~oGn
zGZ68QC*_%(C~$_AZ7xW#iN_O#_oAPaPu}cfHO)g`2WwuqRxv{{jBf^7siMmE+S%9c
zijV_(7DtehVr~|!{KkZJy3Lo?G_FVYSmY``R)+lK==k%r`_-jy6n$#fA&>3xgeFh?
zJDNK;WC@9DLEBR*MdtRR(9}zoF0<LHl2^|jO1&Ne#1N25XdC2wy%{*9ZL!<Qpw;kh
zo*DO5?99Q`Cuet<^trr}>m>@*<4vKshrgHPHrB=YIdr@mAK)6rUR6OTDH5RW-JHbU
z62VR;^<<$gRqOfg)z3`$Pam>CJlZ+Y2+?oIuZWM%0v?6|>hAwM!`VTD_~eCD4M?vT
zG<4Pu)};jb!maGG=`ZBkmC(2JU~u@46OOf@gYjQO!Qbz)83TT3nmiEg$8`iy%YXg!
ze@#ZQYfW#Y%OtZWz2Ya&3X*{LyXzt<<EqQSt%?2{WuKJJFHcy_LJ&WcK;dw7Pl+-a
z(#)_*t=B~X?r)gj=pm4eCfHJ-?vKZ4f817$s6a=o6sxG;PgQOT%B0_g$b-{yTl1MF
zc@eEiuo=fWRpWkx;Ew~17=Uk^;kI-5?kg?j?dEiGc8=a8Dtp?X!?(%yu;g(KZV5fV
z$waIH<f)!n_IdGRJBXl17w37x=KdEoH(?w4Ra&)rgT=-a3w1;SL;_tk&PDMOyQV+p
z)lz_T(szAA;RSPMYW2ubCkix^+<p>B@@%1Fq9JI!X%aH{GHMcPAxH!j%Z9gJi=yIl
zx*3i@bcvF#0u84_wMr@8HLV^x+NvLTRk~WrM`<#+IygGPrVtrU;lxd(O#pxlgrn<<
ztD}d`k|2$I>RDzK#jV>G?pK_pFKHj(U_t*p9l%LaKM3bLDF>ReGR?bYB>ElO&wZ>z
zZM7H$9<#O{FN_99gX=OZD}DLavZP=p8g<);1ZGQ)6U^Sp6A4B|Ht#Hmf+p$9={tER
zA~KrCUp>ts>7OzpGH&ZS;-fN3P<#Ov8rYnbT^R=-)&(N!Sb7yoWtsfqKIut8NUt)6
z_w4rwJ*05z>=1y%I><nEd^mJC^mAR-OKwR92gIrdg$pR%F&X;%+{kZB&s0cK{XOnq
zQvT&KPzAk>b0!L+pyveZRIl}~BxRL7S)^RW;HW_$FI9%)5{!a_h!G7Y)v7a2yKgia
zlUEwIqzz%dqSJYIexRRh{f#bDVM(4)k2xshmKi&sq}S71w(EZMK>0w4)Z-7#m)XZ4
z{zl2D&CZct)Ix&q0Mz~Ll8Sir9fI_qtUjW&X!pzOzc1KoiYTbTzRh`5i~zt9AtFEx
zQxOgxAMn3CNGMeAKS_?GdeZ;$6I~6+pe*{#|C8?jmHGPrsm#|WgTfgw{;T{a<^C&O
z4P^gW+6?6X5rW}=!U-DwCp*&B@LzT$wDP}nU?_oQlW3sw|GNX_F=9t9*8{vh{}05H
BfpP!<

diff --git a/src/Mod/Material/StandardMaterial/Tools/headers b/src/Mod/Material/StandardMaterial/Tools/headers
index 04cd581393..dcedf0e887 100644
--- a/src/Mod/Material/StandardMaterial/Tools/headers
+++ b/src/Mod/Material/StandardMaterial/Tools/headers
@@ -22,6 +22,9 @@ UltimateStrain
 UltimateTensileStrength
 YieldStrength
 YoungsModulus
+SpecificHeat
+ThermalConductivity
+ThermalExpansionCoefficient
 AmbientColor
 Color
 DiffuseColor
@@ -36,12 +39,9 @@ SectionFillPattern
 SectionLinewidth
 Shininess
 SoundTransmissionClass
-SpecificHeat
 SpecularColor
 TexturePath
 TextureScaling
-ThermalConductivity
-ThermalExpansionCoefficient
 Transparency
 UnitsPerQuantity
 VertexShader