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iamboss
2025-07-18 15:38:28 +08:00
parent aabaf90482
commit 38b27cd481
2003 changed files with 683103 additions and 0 deletions
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App/Resource/CoatingMaterial/AlTiBN.CoatingMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CoatingMaterial>
<Name>AlTiBN</Name>
<Note>Aluminum Titanium Boron Nitride Coating</Note>
<ElasticModulus_GPa>520</ElasticModulus_GPa>
<TensileStrength_MPa>1400</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>7.2</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>24</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.54</HeatCapacity_JdgK>
<Density_gdcm3>4.3</Density_gdcm3>
<PoissonRatio>0.25</PoissonRatio>
<PreferedThickness_um>3</PreferedThickness_um>
<MeltingTemperature_K>3300</MeltingTemperature_K>
<FusionLatentHeat_Jdg>385</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.35</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">26000</Entry>
<Entry Temperature_K="873.16">22000</Entry>
<Entry Temperature_K="1073.16">18000</Entry>
<Entry Temperature_K="1273.16">14000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">0.85</Entry>
<Entry Temperature_K="473.16">1.2</Entry>
<Entry Temperature_K="673.16">4.5</Entry>
<Entry Temperature_K="873.16">17.5</Entry>
</TemperatureVsWearCoefficientCurve>
</CoatingMaterial>
App/Resource/CoatingMaterial/FireCoating.CoatingMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CoatingMaterial>
<Name>FireCoating</Name>
<Note>Proprietary AlTiN-based high-temperature nano-layered PVD coating</Note>
<ElasticModulus_GPa>540</ElasticModulus_GPa>
<TensileStrength_MPa>1550</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>8.2</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>19</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.53</HeatCapacity_JdgK>
<Density_gdcm3>4.1</Density_gdcm3>
<PoissonRatio>0.23</PoissonRatio>
<PreferedThickness_um>2.5</PreferedThickness_um>
<MeltingTemperature_K>3200</MeltingTemperature_K>
<FusionLatentHeat_Jdg>370</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.30</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">28000</Entry>
<Entry Temperature_K="873.16">24000</Entry>
<Entry Temperature_K="1073.16">19000</Entry>
<Entry Temperature_K="1273.16">12000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">0.75</Entry>
<Entry Temperature_K="473.16">1.1</Entry>
<Entry Temperature_K="673.16">3.8</Entry>
<Entry Temperature_K="873.16">16.0</Entry>
</TemperatureVsWearCoefficientCurve>
</CoatingMaterial>
App/Resource/CoatingMaterial/TiAlN.CoatingMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CoatingMaterial>
<Name>TiAlN</Name>
<Note>Titanium Aluminum Nitride Coating</Note>
<ElasticModulus_GPa>500</ElasticModulus_GPa>
<TensileStrength_MPa>1350</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>7.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>25</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.55</HeatCapacity_JdgK>
<Density_gdcm3>4.2</Density_gdcm3>
<PoissonRatio>0.25</PoissonRatio>
<PreferedThickness_um>3</PreferedThickness_um>
<MeltingTemperature_K>3273</MeltingTemperature_K>
<FusionLatentHeat_Jdg>380</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.35</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">25000</Entry>
<Entry Temperature_K="873.16">21000</Entry>
<Entry Temperature_K="1073.16">17000</Entry>
<Entry Temperature_K="1273.16">13000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">0.9</Entry>
<Entry Temperature_K="473.16">1.3</Entry>
<Entry Temperature_K="673.16">4.8</Entry>
<Entry Temperature_K="873.16">18.5</Entry>
</TemperatureVsWearCoefficientCurve>
</CoatingMaterial>
App/Resource/CoatingMaterial/TiCN.CoatingMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CoatingMaterial>
<Name>TiCN</Name>
<Note>Titanium Carbonitride Coating</Note>
<ElasticModulus_GPa>420</ElasticModulus_GPa>
<TensileStrength_MPa>1150</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>8.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>27</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.52</HeatCapacity_JdgK>
<Density_gdcm3>5.0</Density_gdcm3>
<PoissonRatio>0.25</PoissonRatio>
<PreferedThickness_um>2</PreferedThickness_um>
<MeltingTemperature_K>3173</MeltingTemperature_K>
<FusionLatentHeat_Jdg>370</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.38</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">24000</Entry>
<Entry Temperature_K="873.16">20000</Entry>
<Entry Temperature_K="1073.16">16000</Entry>
<Entry Temperature_K="1273.16">12000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">0.95</Entry>
<Entry Temperature_K="473.16">1.4</Entry>
<Entry Temperature_K="673.16">5.2</Entry>
<Entry Temperature_K="873.16">19.5</Entry>
</TemperatureVsWearCoefficientCurve>
</CoatingMaterial>
App/Resource/CoatingMaterial/TiN.CoatingMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CoatingMaterial>
<Name>TiN</Name>
<Note>Titanium Nitride Coating</Note>
<ElasticModulus_GPa>450</ElasticModulus_GPa>
<TensileStrength_MPa>1200</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>9.4</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>29</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.6</HeatCapacity_JdgK>
<Density_gdcm3>5.4</Density_gdcm3>
<PoissonRatio>0.25</PoissonRatio>
<PreferedThickness_um>2</PreferedThickness_um>
<MeltingTemperature_K>3223</MeltingTemperature_K>
<FusionLatentHeat_Jdg>365</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.4</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">23000</Entry>
<Entry Temperature_K="873.16">19500</Entry>
<Entry Temperature_K="1073.16">15000</Entry>
<Entry Temperature_K="1273.16">11000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">1.0</Entry>
<Entry Temperature_K="473.16">1.5</Entry>
<Entry Temperature_K="673.16">5.8</Entry>
<Entry Temperature_K="873.16">20.5</Entry>
</TemperatureVsWearCoefficientCurve>
</CoatingMaterial>
App/Resource/CoatingMaterial/TiSiN.CoatingMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CoatingMaterial>
<Name>TiSiN</Name>
<Note>Titanium Silicon Nitride Coating</Note>
<ElasticModulus_GPa>510</ElasticModulus_GPa>
<TensileStrength_MPa>1380</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>7.8</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>26</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.53</HeatCapacity_JdgK>
<Density_gdcm3>4.8</Density_gdcm3>
<PoissonRatio>0.25</PoissonRatio>
<PreferedThickness_um>2.5</PreferedThickness_um>
<MeltingTemperature_K>3250</MeltingTemperature_K>
<FusionLatentHeat_Jdg>375</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.36</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">25500</Entry>
<Entry Temperature_K="873.16">21500</Entry>
<Entry Temperature_K="1073.16">17500</Entry>
<Entry Temperature_K="1273.16">13500</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">0.88</Entry>
<Entry Temperature_K="473.16">1.25</Entry>
<Entry Temperature_K="673.16">4.6</Entry>
<Entry Temperature_K="873.16">18.0</Entry>
</TemperatureVsWearCoefficientCurve>
</CoatingMaterial>
App/Resource/Cutter/D12-Rc0.5-CH20.Cutter
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<?xml version="1.0" encoding="utf-8"?>
<MillingCutter>
<ShaperProfile>
<AptProfile>
<Apt>
<ColumnApt>
<D>12</D>
<Rc>0.5</Rc>
<FluteH>20</FluteH>
</ColumnApt>
</Apt>
</AptProfile>
</ShaperProfile>
<InnerBeamProfile>
<FluteDependentRatioProfile>
<!--<ConstRatioProfile>
<RadiusRatio>0.56</RadiusRatio>
</ConstRatioProfile>-->
</FluteDependentRatioProfile>
</InnerBeamProfile>
<UpperBeamGeom>
<TransformationGeom>
<Transformer />
<Geom>
<Cylindroid LongitudeNum="12">
<PairZr>(20,6)</PairZr>
<PairZr>(75,6)</PairZr>
</Cylindroid>
</Geom>
</TransformationGeom>
</UpperBeamGeom>
<LinearResolution_mm>0.1</LinearResolution_mm>
<AngleResolution_deg>5</AngleResolution_deg>
<FluteContourTray>
<UniformContourTray>
<TrackNum>3</TrackNum>
<BaselineOneContour>
<FluteContour>
<SetupAngle_deg>0</SetupAngle_deg>
<BaseSideContour>
<ConstHelixSideContour>
<Helix_deg>50</Helix_deg>
<RadialRakeAngle_deg>15</RadialRakeAngle_deg>
<RadialReliefAngle_deg>5</RadialReliefAngle_deg>
</ConstHelixSideContour>
</BaseSideContour>
<BaseBottomContour>
<SlideBottomContour>
<AxialRakeAngle_deg>50</AxialRakeAngle_deg>
<DiskAngle_deg>1.5</DiskAngle_deg>
<EccentricAngle_deg>15</EccentricAngle_deg>
<CutterLengthOnBottomProjection_mm>5</CutterLengthOnBottomProjection_mm>
<OuterRadius_mm>5.5</OuterRadius_mm>
</SlideBottomContour>
</BaseBottomContour>
</FluteContour>
</BaselineOneContour>
</UniformContourTray>
</FluteContourTray>
<BodyMaterial>
<CutterMaterial>
<Name>WC-Co6-800nm</Name>
<Note />
<ElasticModulus_GPa>600</ElasticModulus_GPa>
<TensileStrength_MPa>1440</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>6.7</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>70</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.34</HeatCapacity_JdgK>
<Density_gdcm3>14.95</Density_gdcm3>
<CutterDermis_mm>0.01</CutterDermis_mm>
<MeltingTemperature_K>3143.16</MeltingTemperature_K>
<FusionLatentHeat_Jdg>400</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.44</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">17500</Entry>
<Entry Temperature_K="873.16">14800</Entry>
<Entry Temperature_K="1013.16">12500</Entry>
<Entry Temperature_K="1173.16">10000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">1.19</Entry>
<Entry Temperature_K="473.16">1.86</Entry>
<Entry Temperature_K="673.1600000000001">7.1</Entry>
<Entry Temperature_K="873.1600000000001">25.7</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
</BodyMaterial>
<CoatingMaterial />
<CutterMass_g>7</CutterMass_g>
<HoneRadius_um>30</HoneRadius_um>
<ReliefAngle_deg>5</ReliefAngle_deg>
<MillingCutterOptLimit>
<MillingCutterOptLimit>
<EnableOpt>true</EnableOpt>
<YieldingSafetyFactor>3</YieldingSafetyFactor>
<EnableLimitByMinimumUncutChipThickness>true</EnableLimitByMinimumUncutChipThickness>
<MinFeedPerTooth_mm>0</MinFeedPerTooth_mm>
<MaxFeedPerTooth_mm>999</MaxFeedPerTooth_mm>
</MillingCutterOptLimit>
</MillingCutterOptLimit>
</MillingCutter>
App/Resource/Cutter/Speed Tiger/PDST040900T ZrN-A.Cutter
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<?xml version="1.0" encoding="utf-8"?>
<MillingCutter>
<ShaperProfile>
<AptProfile>
<Apt>
<ConeApt>
<D>4</D>
<Alpha_deg>45</Alpha_deg>
<FluteH>12</FluteH>
</ConeApt>
</Apt>
</AptProfile>
</ShaperProfile>
<InnerBeamProfile>
<FluteDependentRatioProfile>
<!--<ConstRatioProfile>
<RadiusRatio>0.54</RadiusRatio>
</ConstRatioProfile>-->
</FluteDependentRatioProfile>
</InnerBeamProfile>
<UpperBeamGeom>
<TransformationGeom>
<Transformer />
<Geom>
<Cylindroid LongitudeNum="12">
<PairZr>(12,2)</PairZr>
<PairZr>(50,2)</PairZr>
</Cylindroid>
</Geom>
</TransformationGeom>
</UpperBeamGeom>
<LinearResolution_mm>0.0625</LinearResolution_mm>
<AngleResolution_deg>15</AngleResolution_deg>
<FluteContourTray>
<UniformContourTray>
<TrackNum>2</TrackNum>
<BaselineOneContour>
<FluteContour>
<SetupAngle_deg>0</SetupAngle_deg>
<BaseSideContour>
<ConstHelixSideContour>
<Helix_deg>25</Helix_deg>
<RadialRakeAngle_deg>15</RadialRakeAngle_deg>
<RadialReliefAngle_deg>5</RadialReliefAngle_deg>
</ConstHelixSideContour>
</BaseSideContour>
<BaseBottomContour />
</FluteContour>
</BaselineOneContour>
</UniformContourTray>
</FluteContourTray>
<BodyMaterial>
<CutterMaterial>
<Name>WC-Co6-800nm</Name>
<Note />
<ElasticModulus_GPa>600</ElasticModulus_GPa>
<TensileStrength_MPa>1440</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>6.7</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>70</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.34</HeatCapacity_JdgK>
<Density_gdcm3>14.95</Density_gdcm3>
<CutterDermis_mm>0.01</CutterDermis_mm>
<MeltingTemperature_K>3143.16</MeltingTemperature_K>
<FusionLatentHeat_Jdg>400</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.44</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298.16">17500</Entry>
<Entry Temperature_K="873.16">14800</Entry>
<Entry Temperature_K="1013.16">12500</Entry>
<Entry Temperature_K="1173.16">10000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298.16">1.19</Entry>
<Entry Temperature_K="473.16">1.86</Entry>
<Entry Temperature_K="673.1600000000001">7.1</Entry>
<Entry Temperature_K="873.1600000000001">25.7</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
</BodyMaterial>
<CoatingMaterial />
<CutterMass_g>7</CutterMass_g>
<HoneRadius_um>30</HoneRadius_um>
<ReliefAngle_deg>5</ReliefAngle_deg>
<MillingCutterOptLimit>
<MillingCutterOptLimit>
<EnableOpt>true</EnableOpt>
<YieldingSafetyFactor>2</YieldingSafetyFactor>
<EnableLimitByMinimumUncutChipThickness>true</EnableLimitByMinimumUncutChipThickness>
<MinFeedPerTooth_mm>0</MinFeedPerTooth_mm>
<MaxFeedPerTooth_mm>999</MaxFeedPerTooth_mm>
</MillingCutterOptLimit>
</MillingCutterOptLimit>
</MillingCutter>
App/Resource/CutterMaterial/Al2O3-TiC.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>Al2O3-TiC</Name>
<Note>Alumina ceramic with titanium carbide, offering excellent wear resistance and thermal stability for high-speed machining of cast iron and hardened steels</Note>
<ElasticModulus_GPa>400</ElasticModulus_GPa>
<TensileStrength_MPa>700</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>8.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>35</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.80</HeatCapacity_JdgK>
<Density_gdcm3>4.30</Density_gdcm3>
<PoissonRatio>0.24</PoissonRatio>
<MeltingTemperature_K>2323</MeltingTemperature_K>
<FusionLatentHeat_Jdg>1100</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.32</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">22500</Entry>
<Entry Temperature_K="873">21200</Entry>
<Entry Temperature_K="1013">20100</Entry>
<Entry Temperature_K="1173">18700</Entry>
<Entry Temperature_K="1273">17500</Entry>
<Entry Temperature_K="1373">16200</Entry>
<Entry Temperature_K="1473">14800</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">0.65</Entry>
<Entry Temperature_K="473">0.82</Entry>
<Entry Temperature_K="673">1.25</Entry>
<Entry Temperature_K="873">2.10</Entry>
<Entry Temperature_K="973">3.45</Entry>
<Entry Temperature_K="1073">5.80</Entry>
<Entry Temperature_K="1173">9.40</Entry>
<Entry Temperature_K="1273">15.20</Entry>
<Entry Temperature_K="1373">24.50</Entry>
<Entry Temperature_K="1473">38.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/CBN-TiN.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>CBN-TiN</Name>
<Note>Cubic Boron Nitride with titanium nitride binder, providing exceptional hardness and thermal stability for machining hardened steels and superalloys</Note>
<ElasticModulus_GPa>680</ElasticModulus_GPa>
<TensileStrength_MPa>900</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>4.8</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>130</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.65</HeatCapacity_JdgK>
<Density_gdcm3>3.48</Density_gdcm3>
<PoissonRatio>0.18</PoissonRatio>
<MeltingTemperature_K>3273</MeltingTemperature_K>
<FusionLatentHeat_Jdg>1500</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.30</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">28000</Entry>
<Entry Temperature_K="873">26500</Entry>
<Entry Temperature_K="1013">25200</Entry>
<Entry Temperature_K="1173">23800</Entry>
<Entry Temperature_K="1273">22500</Entry>
<Entry Temperature_K="1373">21200</Entry>
<Entry Temperature_K="1473">19800</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">0.42</Entry>
<Entry Temperature_K="473">0.56</Entry>
<Entry Temperature_K="673">0.85</Entry>
<Entry Temperature_K="873">1.45</Entry>
<Entry Temperature_K="973">2.20</Entry>
<Entry Temperature_K="1073">3.40</Entry>
<Entry Temperature_K="1173">5.20</Entry>
<Entry Temperature_K="1273">8.10</Entry>
<Entry Temperature_K="1373">12.60</Entry>
<Entry Temperature_K="1473">19.80</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/HSS-M2.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>High-Speed Steel (HSS) - M2</Name>
<Note>The most widely used industrial high-speed steel, offering high wear resistance and toughness.</Note>
<ElasticModulus_GPa>210</ElasticModulus_GPa>
<TensileStrength_MPa>3100</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>11.0</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>24.6</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<Density_gdcm3>8.05</Density_gdcm3>
<PoissonRatio>0.30</PoissonRatio>
<MeltingTemperature_K>1723</MeltingTemperature_K>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.4</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">8500</Entry>
<Entry Temperature_K="873">7000</Entry>
<Entry Temperature_K="1013">5133</Entry>
<Entry Temperature_K="1173">3000</Entry>
<Entry Temperature_K="1273">3000</Entry>
<Entry Temperature_K="1373">3000</Entry>
<Entry Temperature_K="1473">3000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">1.80</Entry>
<Entry Temperature_K="473">2.50</Entry>
<Entry Temperature_K="673">5.00</Entry>
<Entry Temperature_K="873">15.00</Entry>
<Entry Temperature_K="973">25.00</Entry>
<Entry Temperature_K="1073">40.00</Entry>
<Entry Temperature_K="1173">65.00</Entry>
<Entry Temperature_K="1273">95.00</Entry>
<Entry Temperature_K="1373">140.00</Entry>
<Entry Temperature_K="1473">200.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/HSS-M35.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>High-Speed Steel (HSS) - M35</Name>
<Note>Cobalt-enriched high-speed steel with improved heat resistance and red hardness compared to M2</Note>
<ElasticModulus_GPa>215</ElasticModulus_GPa>
<TensileStrength_MPa>3300</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>10.8</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>25.0</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.45</HeatCapacity_JdgK>
<Density_gdcm3>8.10</Density_gdcm3>
<PoissonRatio>0.30</PoissonRatio>
<MeltingTemperature_K>1723</MeltingTemperature_K>
<FusionLatentHeat_Jdg>275</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.39</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">9000</Entry>
<Entry Temperature_K="873">7500</Entry>
<Entry Temperature_K="1013">5500</Entry>
<Entry Temperature_K="1173">3500</Entry>
<Entry Temperature_K="1273">3500</Entry>
<Entry Temperature_K="1373">3500</Entry>
<Entry Temperature_K="1473">3500</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">1.70</Entry>
<Entry Temperature_K="473">2.30</Entry>
<Entry Temperature_K="673">4.50</Entry>
<Entry Temperature_K="873">12.00</Entry>
<Entry Temperature_K="973">22.00</Entry>
<Entry Temperature_K="1073">35.00</Entry>
<Entry Temperature_K="1173">55.00</Entry>
<Entry Temperature_K="1273">85.00</Entry>
<Entry Temperature_K="1373">125.00</Entry>
<Entry Temperature_K="1473">180.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/HSS-M42.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>High-Speed Steel (HSS) - M42</Name>
<Note>Premium high-speed steel with high cobalt content (8-10%), offering superior hot hardness and wear resistance</Note>
<ElasticModulus_GPa>220</ElasticModulus_GPa>
<TensileStrength_MPa>3500</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>10.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>25.5</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.44</HeatCapacity_JdgK>
<Density_gdcm3>8.20</Density_gdcm3>
<PoissonRatio>0.29</PoissonRatio>
<MeltingTemperature_K>1723</MeltingTemperature_K>
<FusionLatentHeat_Jdg>280</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.38</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">9500</Entry>
<Entry Temperature_K="873">8000</Entry>
<Entry Temperature_K="1013">6000</Entry>
<Entry Temperature_K="1173">4000</Entry>
<Entry Temperature_K="1273">4000</Entry>
<Entry Temperature_K="1373">4000</Entry>
<Entry Temperature_K="1473">4000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">1.60</Entry>
<Entry Temperature_K="473">2.10</Entry>
<Entry Temperature_K="673">4.00</Entry>
<Entry Temperature_K="873">10.00</Entry>
<Entry Temperature_K="973">18.00</Entry>
<Entry Temperature_K="1073">30.00</Entry>
<Entry Temperature_K="1173">48.00</Entry>
<Entry Temperature_K="1273">75.00</Entry>
<Entry Temperature_K="1373">110.00</Entry>
<Entry Temperature_K="1473">160.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/WC-Co10-600nm.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>WC-Co10-600nm</Name>
<Note>Tungsten carbide with 10% cobalt binder and 600nm grain size, offering improved toughness for interrupted cutting</Note>
<ElasticModulus_GPa>580</ElasticModulus_GPa>
<TensileStrength_MPa>1680</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>7.1</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>85</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.27</HeatCapacity_JdgK>
<Density_gdcm3>14.5</Density_gdcm3>
<PoissonRatio>0.23</PoissonRatio>
<MeltingTemperature_K>3123</MeltingTemperature_K>
<FusionLatentHeat_Jdg>390</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.42</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">16200</Entry>
<Entry Temperature_K="873">13600</Entry>
<Entry Temperature_K="1013">11400</Entry>
<Entry Temperature_K="1173">9200</Entry>
<Entry Temperature_K="1273">9200</Entry>
<Entry Temperature_K="1373">9200</Entry>
<Entry Temperature_K="1473">9200</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">1.35</Entry>
<Entry Temperature_K="473">2.10</Entry>
<Entry Temperature_K="673">7.80</Entry>
<Entry Temperature_K="873">28.40</Entry>
<Entry Temperature_K="973">46.70</Entry>
<Entry Temperature_K="1073">74.20</Entry>
<Entry Temperature_K="1173">103.50</Entry>
<Entry Temperature_K="1273">142.00</Entry>
<Entry Temperature_K="1373">190.50</Entry>
<Entry Temperature_K="1473">250.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/WC-Co6-500nm-Advanced.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>WC-Co6-500nm-Advanced</Name>
<Note>Advanced tungsten carbide with 6% cobalt binder, 500nm grain size, and optimized properties</Note>
<ElasticModulus_GPa>640</ElasticModulus_GPa>
<TensileStrength_MPa>1580</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>6.4</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>98</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.28</HeatCapacity_JdgK>
<Density_gdcm3>15.1</Density_gdcm3>
<PoissonRatio>0.21</PoissonRatio>
<MeltingTemperature_K>3173</MeltingTemperature_K>
<FusionLatentHeat_Jdg>420</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.38</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">18700</Entry>
<Entry Temperature_K="873">16200</Entry>
<Entry Temperature_K="1013">14100</Entry>
<Entry Temperature_K="1173">11800</Entry>
<Entry Temperature_K="1273">11800</Entry>
<Entry Temperature_K="1373">11800</Entry>
<Entry Temperature_K="1473">11800</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">0.92</Entry>
<Entry Temperature_K="473">1.45</Entry>
<Entry Temperature_K="673">5.80</Entry>
<Entry Temperature_K="873">19.40</Entry>
<Entry Temperature_K="973">32.60</Entry>
<Entry Temperature_K="1073">51.80</Entry>
<Entry Temperature_K="1173">74.50</Entry>
<Entry Temperature_K="1273">105.00</Entry>
<Entry Temperature_K="1373">145.00</Entry>
<Entry Temperature_K="1473">195.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/WC-Co6-800nm.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>WC-Co6-800nm</Name>
<Note>Tungsten carbide with 6% cobalt binder and 800nm grain size, offering a balance of hardness and toughness</Note>
<ElasticModulus_GPa>620</ElasticModulus_GPa>
<TensileStrength_MPa>1550</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>6.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>95</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.28</HeatCapacity_JdgK>
<Density_gdcm3>15.0</Density_gdcm3>
<PoissonRatio>0.22</PoissonRatio>
<MeltingTemperature_K>3143</MeltingTemperature_K>
<FusionLatentHeat_Jdg>410</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.40</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">17500</Entry>
<Entry Temperature_K="873">14800</Entry>
<Entry Temperature_K="1013">12500</Entry>
<Entry Temperature_K="1173">10000</Entry>
<Entry Temperature_K="1273">10000</Entry>
<Entry Temperature_K="1373">10000</Entry>
<Entry Temperature_K="1473">10000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">1.19</Entry>
<Entry Temperature_K="473">1.86</Entry>
<Entry Temperature_K="673">7.10</Entry>
<Entry Temperature_K="873">25.70</Entry>
<Entry Temperature_K="973">42.30</Entry>
<Entry Temperature_K="1073">68.50</Entry>
<Entry Temperature_K="1173">95.80</Entry>
<Entry Temperature_K="1273">130.00</Entry>
<Entry Temperature_K="1373">175.00</Entry>
<Entry Temperature_K="1473">230.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/WC-Co6-TiC-400nm.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<Name>WC-Co6-TiC-400nm</Name>
<Note>Tungsten carbide with 6% cobalt binder, TiC addition, and 400nm grain size, offering enhanced wear resistance and thermal stability</Note>
<ElasticModulus_GPa>650</ElasticModulus_GPa>
<TensileStrength_MPa>1600</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>6.2</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>100</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.29</HeatCapacity_JdgK>
<Density_gdcm3>15.2</Density_gdcm3>
<PoissonRatio>0.20</PoissonRatio>
<MeltingTemperature_K>3193</MeltingTemperature_K>
<FusionLatentHeat_Jdg>430</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.36</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">19200</Entry>
<Entry Temperature_K="873">17100</Entry>
<Entry Temperature_K="1013">15300</Entry>
<Entry Temperature_K="1173">13200</Entry>
<Entry Temperature_K="1273">13200</Entry>
<Entry Temperature_K="1373">13200</Entry>
<Entry Temperature_K="1473">13200</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">0.85</Entry>
<Entry Temperature_K="473">1.32</Entry>
<Entry Temperature_K="673">5.10</Entry>
<Entry Temperature_K="873">17.60</Entry>
<Entry Temperature_K="973">29.30</Entry>
<Entry Temperature_K="1073">46.50</Entry>
<Entry Temperature_K="1173">68.20</Entry>
<Entry Temperature_K="1273">95.00</Entry>
<Entry Temperature_K="1373">130.00</Entry>
<Entry Temperature_K="1473">175.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CutterMaterial/WC.CutterMaterial
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<?xml version="1.0" encoding="utf-8"?>
<CutterMaterial>
<n>WC</n>
<Note>Pure tungsten carbide without binder, offering extreme hardness but limited toughness</Note>
<ElasticModulus_GPa>700</ElasticModulus_GPa>
<TensileStrength_MPa>1200</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>5.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>110</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.25</HeatCapacity_JdgK>
<Density_gdcm3>15.6</Density_gdcm3>
<PoissonRatio>0.19</PoissonRatio>
<MeltingTemperature_K>3143</MeltingTemperature_K>
<FusionLatentHeat_Jdg>450</FusionLatentHeat_Jdg>
<FrictionCoefficient>0.35</FrictionCoefficient>
<TemperatureVsHardnessCurve>
<Entry Temperature_K="298">20000</Entry>
<Entry Temperature_K="873">18000</Entry>
<Entry Temperature_K="1013">16000</Entry>
<Entry Temperature_K="1173">14000</Entry>
<Entry Temperature_K="1273">14000</Entry>
<Entry Temperature_K="1373">14000</Entry>
<Entry Temperature_K="1473">14000</Entry>
</TemperatureVsHardnessCurve>
<TemperatureVsWearCoefficientCurve>
<Entry Temperature_K="298">1.19</Entry>
<Entry Temperature_K="473">1.86</Entry>
<Entry Temperature_K="673">7.10</Entry>
<Entry Temperature_K="873">25.70</Entry>
<Entry Temperature_K="973">42.30</Entry>
<Entry Temperature_K="1073">68.50</Entry>
<Entry Temperature_K="1173">95.80</Entry>
<Entry Temperature_K="1273">130.00</Entry>
<Entry Temperature_K="1373">175.00</Entry>
<Entry Temperature_K="1473">230.00</Entry>
</TemperatureVsWearCoefficientCurve>
</CutterMaterial>
App/Resource/CuttingParameter/17-4PH.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>Stainless Steel 17-4PH (update on 20241219)</Name>
<Note>Stainless Steel 17-4PH (update on 20241219) exp on 2017</Note>
<Kse>638.2006037186198</Kse>
<Ksc>1510.8178096768058</Ksc>
<Ksn>-2062.0774147130546</Ksn>
<Kpe>1.5583451268259858</Kpe>
<Kpc>3.671849626742694</Kpc>
<Kpn>-2.5911772753741746</Kpn>
<AnchorRakeAngle_deg>7</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/A380.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>A380</Name>
<Note>20250117. SampleFlags = Fx, Fy, Fz; Correlation Coefficient R = 93.57%; FilteredSampleNum = 408780</Note>
<Kse>473.71679651775565</Kse>
<Ksc>264.48105182652057</Ksc>
<Ksn>-335.4105615575801</Ksn>
<Kpe>6.21325069375446</Kpe>
<Kpc>7.387288322204997</Kpc>
<Kpn>-8.63497724286542</Kpn>
<AnchorRakeAngle_deg>8</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/AA7075.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>AA7075 (update on 20241219)</Name>
<Note>AA7075 (update on 20241219) exp on 2017</Note>
<Kse>347.79177234887237</Kse>
<Ksc>1605.0902189483</Ksc>
<Ksn>-1481.6923735052892</Ksn>
<Kpe>0.6751705314777301</Kpe>
<Kpc>0.9948729460349305</Kpc>
<Kpn>-0.7964217170018251</Kpn>
<AnchorRakeAngle_deg>7</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/Al6061T6.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>Al6061T6</Name>
<Kse>141.27</Kse>
<Ksc>241.1</Ksc>
<Ksn>-455.54</Ksn>
<Kpe>-1.96</Kpe>
<Kpc>5.54</Kpc>
<Kpn>-21.51</Kpn>
<AnchorRakeAngle_deg>20</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/Al6082.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>Al6082</Name>
<Note>20250117. SampleFlags = Fx, Fy, Fz; Correlation Coefficient R = 96.42%; FilteredSampleNum = 371520</Note>
<Kse>455.79225333862854</Kse>
<Ksc>282.62819721149174</Ksc>
<Ksn>-429.4992380774835</Ksn>
<Kpe>5.3885897471139055</Kpe>
<Kpc>6.587552317185736</Kpc>
<Kpn>-15.308891633025992</Kpn>
<AnchorRakeAngle_deg>8</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/FC30.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>FC30</Name>
<Note>20250117. SampleFlags = Fx, Fy, Fz; Correlation Coefficient R = 95.36%; FilteredSampleNum = 429840</Note>
<Kse>565.8979014113793</Kse>
<Ksc>352.03844953070274</Ksc>
<Ksn>-797.2786282315027</Ksn>
<Kpe>8.60598825285123</Kpe>
<Kpc>18.180963265275892</Kpc>
<Kpn>-19.793417822605726</Kpn>
<AnchorRakeAngle_deg>8</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/FDAC.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>FDAC</Name>
<Note>exp 20210330</Note>
<Kse>-30.92</Kse>
<Ksc>1402.77</Ksc>
<Ksn>-1636.05</Ksn>
<Kpe>9.79</Kpe>
<Kpc>24.43</Kpc>
<Kpn>-10.63</Kpn>
<AnchorRakeAngle_deg>3</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/Inconel718.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>Inconel718 (update on 20241219)</Name>
<Note>Inconel718 (update on 20241219) exp on 2017</Note>
<Kse>4623.685983864548</Kse>
<Ksc>23102.567836805694</Ksc>
<Ksn>-4148.5836824890675</Ksn>
<Kpe>-3.8315256835493363</Kpe>
<Kpc>-38.560873846876426</Kpc>
<Kpn>-3.3238402369854425</Kpn>
<AnchorRakeAngle_deg>7</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/P20.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>P20 (update on 20220608)</Name>
<Note>P20-20220608-rebuilt-20241210-nYnZ</Note>
<Kse>483.43534168904415</Kse>
<Ksc>486.6227739979519</Ksc>
<Ksn>-1642.2651152678636</Ksn>
<Kpe>18.57201917240706</Kpe>
<Kpc>28.976579573913096</Kpc>
<Kpn>-21.715001112352464</Kpn>
<AnchorRakeAngle_deg>3</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/S45C.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>S45C (update on 20241215)</Name>
<Note>S45C-rebuilt-on-20241215-by-data-201908</Note>
<Kse>430.2475966998594</Kse>
<Ksc>1763.032461757483</Ksc>
<Ksn>-1389.6174361177889</Ksn>
<Kpe>7.1590836404887215</Kpe>
<Kpc>11.383482262653319</Kpc>
<Kpn>-18.262167187909153</Kpn>
<AnchorRakeAngle_deg>-6</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/S50C.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>S50C</Name>
<Note>S50C-fine-outlier-0.2. Built on 2025-01-17.</Note>
<Kse>781.9193047583416</Kse>
<Ksc>534.2515063930691</Ksc>
<Ksn>-1341.4299667097694</Ksn>
<Kpe>12.488024348568263</Kpe>
<Kpc>19.81313632613896</Kpc>
<Kpn>-20.852754261520523</Kpn>
<AnchorRakeAngle_deg>8</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/SCM440.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>SCM440 (update on 20241214)</Name>
<!--rebuilt by PMC traditional para on 20241214-->
<Note>EN-42CrMoS4; EN-42CrMo4; ISO-42CrMo4; AISI-4140; JIS-SCM440; DIN-42CrMo4; GB-42CrMo; AFNOR-42CD4; AFNOR-42CD4u; UNI-42CrMo4; UNE-40CrMo41; UNE-40CrMo4; UNE-F1252; SS-2244; SFS-42CrMo4; GOST-35KHM; GOST-38KHM; BS-708M40; BS-CFS11</Note>
<Kse>647.1394454467882</Kse>
<Ksc>704.370142251793</Ksc>
<Ksn>-1801.968083337876</Ksn>
<Kpe>21.52864834857784</Kpe>
<Kpc>30.917816274916404</Kpc>
<Kpn>-23.389668602464138</Kpn>
<AnchorRakeAngle_deg>3</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/CuttingParameter/Ti6Al4V.mp
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<?xml version="1.0" encoding="utf-8"?>
<RakeFaceCuttingPara>
<Name>Ti6Al4V (update on 20241219)</Name>
<Note>Ti6Al4V (update on 20241219) exp on 2017</Note>
<Kse>407.80443766429164</Kse>
<Ksc>1287.5122773614255</Ksc>
<Ksn>-2093.165878543306</Ksn>
<Kpe>0.5834679708877457</Kpe>
<Kpc>3.1214416442812607</Kpc>
<Kpn>-0.6706702917968401</Kpn>
<AnchorRakeAngle_deg>7</AnchorRakeAngle_deg>
</RakeFaceCuttingPara>
App/Resource/Holder/NKUST-BT40-ER16-090.Holder
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<?xml version="1.0" encoding="utf-8"?>
<StickHolder>
<Cylindroid LongitudeNum="24">
<PairZr>(0,25)</PairZr>
<PairZr>(36.5,25)</PairZr>
<PairZr>(36.5,44.5)</PairZr>
<PairZr>(106.6,44.5)</PairZr>
<PairZr>(106.6,40)</PairZr>
<PairZr>(136.44,40)</PairZr>
</Cylindroid>
<Note> NKUST-BT40-ER16-090</Note>
</StickHolder>
App/Resource/MachineTool/CT-350/BuildByTongTai.txt
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# README
Build By Tong Tai
App/Resource/MachineTool/CT-350/CT-350.mt
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<?xml version="1.0" encoding="utf-8"?>
<GeneralXyzabcMachineTool>
<Name>CT-350</Name>
<Note></Note>
<XyzabcChain>
<CodeXyzabcChain>
<ChainCode>[O][Y][X][A][C][w];[O][Z][S][t]</ChainCode>
<IsVertical>true</IsVertical>
<TransformerX>
<DynamicTranslation Axis="(-1, 0, 0)" Len="0" />
</TransformerX>
<TransformerY>
<DynamicTranslation Axis="(0, -1, 0)" Len="0" />
</TransformerY>
<TransformerZ>
<DynamicTranslation Axis="(0, 0, 1)" Len="0" />
</TransformerZ>
<TransformerA>
<DynamicRotation Axis="(-1, 0, 0)" Angle_deg="0" Pivot="(0, 0, -560)" />
</TransformerA>
<TransformerB />
<TransformerC>
<DynamicRotation Axis="(0, 0, -1)" Angle_deg="0" Pivot="(0, 0, -560)" />
</TransformerC>
<ToolBuckleTransformer>
<StaticTranslation Trans="(0, 0, 0)" />
</ToolBuckleTransformer>
<TableBuckleTransformer>
<StaticTranslation Trans="(0, 0, -560)" />
</TableBuckleTransformer>
<AnchorToSolid>
<Entry Key="O">
<Solid>
<StlFile>MachineTool/CT-350/base.stl</StlFile>
</Solid>
</Entry>
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<Solid>
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</Solid>
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<Solid>
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</Solid>
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</AnchorToSolid>
</CodeXyzabcChain>
</XyzabcChain>
<CollisionIndexPairs AutoGenerate="true" />
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App/Resource/MachineTool/Empty-wXYOZSt.mt
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<?xml version="1.0" encoding="utf-8"?>
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<Name />
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<GeneralXyzabcChain>
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</Asmb>
<Root>
<Anc Guid="892638de-4353-4417-9e89-ae812f5db50d">
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</Root>
<AnchorToSolid />
</GeneralMechanism>
</GeneralMechanism>
</GeneralXyzabcChain>
</XyzabcChain>
<CollisionIndexPairs AutoGenerate="true" />
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App/Resource/MachineTool/PMC-B1/PMC-B1.general-mech
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<?xml version="1.0" encoding="utf-8"?>
<GeneralMechanism>
<Asmb Guid="3d9428c5-8136-456f-996e-5d0b4086a986">
<Name></Name>
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</GeneralMechanism>
App/Resource/MachineTool/PMC-B1/PMC-B1.mt
+11
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<?xml version="1.0" encoding="utf-8"?>
<GeneralXyzabcMachineTool>
<XyzabcChain>
<GeneralXyzabcChain>
<GeneralMechanism>
<XmlSource>PMC-B1.general-mech</XmlSource>
</GeneralMechanism>
</GeneralXyzabcChain>
</XyzabcChain>
<CollisionIndexPairs AutoGenerate="true" />
</GeneralXyzabcMachineTool>
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App/Resource/SpindleCapability/FANUC-aT12-12000i.SpindleCapability
+117
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<?xml version="1.0" encoding="utf-8"?>
<SpindleCapability>
<Name>FANUC_aT12_12000i</Name>
<Note></Note>
<EnergyEfficiency>0.4</EnergyEfficiency>
<GearShiftSpindleSpeed_rpm />
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<DryRunWindagePowerCoefficient_pWDrpm3>90</DryRunWindagePowerCoefficient_pWDrpm3>
<SpindleSpeedToPowerContours>
<Contour InsistentRatio="0.6">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Power-kW>15</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Power-kW>15</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>12000</SpindleSpeed-RPM>
<Power-kW>5.5</Power-kW>
</SpindleSpeedToPower>
</Contour>
<Contour InsistentRatio="1">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Power-kW>12</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Power-kW>12</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>12000</SpindleSpeed-RPM>
<Power-kW>3.7</Power-kW>
</SpindleSpeedToPower>
</Contour>
</SpindleSpeedToPowerContours>
<SpindleSpeedToTorqueContours>
<Contour InsistentRatio="0.6">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>95.5</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Torque-Nm>95.5</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>78</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>43</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>28</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>17</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Torque-Nm>10</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>12000</SpindleSpeed-RPM>
<Torque-Nm>7</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
<Contour InsistentRatio="1">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>70</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Torque-Nm>70</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>57</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>36</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>18</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>9</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Torque-Nm>4</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>12000</SpindleSpeed-RPM>
<Torque-Nm>3</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
</SpindleSpeedToTorqueContours>
</SpindleCapability>
App/Resource/SpindleCapability/TMV-720A-STD-8000RPM.SpindleCapability
+157
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<?xml version="1.0" encoding="utf-8"?>
<SpindleCapability>
<Name>TMV-720A-STD-8000RPM</Name>
<Note>TMV-720A-STD-8000RPM</Note>
<EnergyEfficiency>0.4</EnergyEfficiency>
<GearShiftSpindleSpeed_rpm />
<DryRunFrictionPowerCoefficient_mWdrpm>4.82</DryRunFrictionPowerCoefficient_mWdrpm>
<DryRunWindagePowerCoefficient_pWdrpm3>90</DryRunWindagePowerCoefficient_pWdrpm3>
<WorkableDurationToSpindleSpeedPowerContoursDictionary>
<Contour WorkableDuration-min="15">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Power-kW>7.5</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>4500</SpindleSpeed-RPM>
<Power-kW>7.5</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Power-kW>4</Power-kW>
</SpindleSpeedToPower>
</Contour>
<Contour WorkableDuration-min="60">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Power-kW>5.5</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>4500</SpindleSpeed-RPM>
<Power-kW>5.5</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Power-kW>3</Power-kW>
</SpindleSpeedToPower>
</Contour>
<Contour WorkableDuration-min="INF">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Power-kW>5.5</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>4500</SpindleSpeed-RPM>
<Power-kW>5.5</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Power-kW>3</Power-kW>
</SpindleSpeedToPower>
</Contour>
</WorkableDurationToSpindleSpeedPowerContoursDictionary>
<WorkableDurationToSpindleSpeedTorqueContoursDictionary>
<Contour WorkableDuration-min="15">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>50</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Torque-Nm>50</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>37</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2600</SpindleSpeed-RPM>
<Torque-Nm>30</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>19</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>12</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>8</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
<Contour WorkableDuration-min="60">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>35</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Torque-Nm>35</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>29</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2200</SpindleSpeed-RPM>
<Torque-Nm>27</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2900</SpindleSpeed-RPM>
<Torque-Nm>20</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>15</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>8</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>5</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
<Contour WorkableDuration-min="INF">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>27</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2200</SpindleSpeed-RPM>
<Torque-Nm>27</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2900</SpindleSpeed-RPM>
<Torque-Nm>20</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>15</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>8</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>5</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
</WorkableDurationToSpindleSpeedTorqueContoursDictionary>
</SpindleCapability>
App/Resource/SpindleCapability/VP-8--Fanuc-10000RPM.SpindleCapability
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<?xml version="1.0" encoding="utf-8"?>
<SpindleCapability>
<Name>VP-8--Fanuc-10000RPM</Name>
<Note>VP-8--Fanuc-10000RPM</Note>
<EnergyEfficiency>0.4</EnergyEfficiency>
<GearShiftSpindleSpeed_rpm />
<DryRunFrictionPowerCoefficient_mWdrpm>4.82</DryRunFrictionPowerCoefficient_mWdrpm>
<DryRunWindagePowerCoefficient_pWdrpm3>90</DryRunWindagePowerCoefficient_pWdrpm3>
<WorkableDurationToSpindleSpeedPowerContoursDictionary>
<Contour WorkableDuration-min="15">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Power-kW>15</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Power-kW>15</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Power-kW>6</Power-kW>
</SpindleSpeedToPower>
</Contour>
<Contour WorkableDuration-min="60">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Power-kW>11</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Power-kW>11</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Power-kW>4</Power-kW>
</SpindleSpeedToPower>
</Contour>
<Contour WorkableDuration-min="INF">
<SpindleSpeedToPower>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Power-kW>0</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Power-kW>11</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Power-kW>11</Power-kW>
</SpindleSpeedToPower>
<SpindleSpeedToPower>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Power-kW>4</Power-kW>
</SpindleSpeedToPower>
</Contour>
</WorkableDurationToSpindleSpeedPowerContoursDictionary>
<WorkableDurationToSpindleSpeedTorqueContoursDictionary>
<Contour WorkableDuration-min="15">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>95.4</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Torque-Nm>95.4</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>75</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2400</SpindleSpeed-RPM>
<Torque-Nm>60</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>35</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>24</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>15</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Torque-Nm>5</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
<Contour WorkableDuration-min="60">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>70</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>1500</SpindleSpeed-RPM>
<Torque-Nm>70</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>52.5</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>3000</SpindleSpeed-RPM>
<Torque-Nm>30</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>20</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>15</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>10</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Torque-Nm>4</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
<Contour WorkableDuration-min="INF">
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>0</SpindleSpeed-RPM>
<Torque-Nm>52.5</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>2000.0000000000002</SpindleSpeed-RPM>
<Torque-Nm>52.5</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>3000</SpindleSpeed-RPM>
<Torque-Nm>30</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>4000.0000000000005</SpindleSpeed-RPM>
<Torque-Nm>20</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>6000</SpindleSpeed-RPM>
<Torque-Nm>15</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>8000.000000000001</SpindleSpeed-RPM>
<Torque-Nm>10</Torque-Nm>
</SpindleSpeedToTorque>
<SpindleSpeedToTorque>
<SpindleSpeed-RPM>10000</SpindleSpeed-RPM>
<Torque-Nm>4</Torque-Nm>
</SpindleSpeedToTorque>
</Contour>
</WorkableDurationToSpindleSpeedTorqueContoursDictionary>
</SpindleCapability>
App/Resource/StructureMaterial/AlloySteel42CrMo.xml
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<StructureMaterial>
<Name>AlloySteel42CrMo</Name>
<Note>42CrMo alloy steel commonly used for milling cutter bodies, offering good mechanical strength and toughness</Note>
<ElasticModulus_GPa>210</ElasticModulus_GPa>
<TensileStrength_MPa>1080</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>12.3</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>42</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<Density_gdcm3>7.85</Density_gdcm3>
<PoissonRatio>0.3</PoissonRatio>
</StructureMaterial>
App/Resource/StructureMaterial/CarbonFiberComposite.xml
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<StructureMaterial>
<Name>CarbonFiberComposite</Name>
<Note>Carbon fiber reinforced polymer composite used for lightweight and high rigidity milling cutter bodies in premium applications</Note>
<ElasticModulus_GPa>150</ElasticModulus_GPa>
<TensileStrength_MPa>1500</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>2.1</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>7</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.8</HeatCapacity_JdgK>
<Density_gdcm3>1.6</Density_gdcm3>
<PoissonRatio>0.35</PoissonRatio>
</StructureMaterial>
App/Resource/StructureMaterial/HSS_M2.xml
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<StructureMaterial>
<Name>HSS_M2</Name>
<Note>M2 high-speed steel used for milling cutter bodies, providing high hardness and wear resistance</Note>
<ElasticModulus_GPa>190</ElasticModulus_GPa>
<TensileStrength_MPa>850</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>9.4</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>19</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<Density_gdcm3>8.16</Density_gdcm3>
<PoissonRatio>0.27</PoissonRatio>
</StructureMaterial>
App/Resource/StructureMaterial/SpecialAlloySteel.xml
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<StructureMaterial>
<Name>SpecialAlloySteel_WMoV</Name>
<Note>Special alloy steel with tungsten, molybdenum, and vanadium additives for improved heat resistance and wear resistance in milling cutter bodies</Note>
<ElasticModulus_GPa>215</ElasticModulus_GPa>
<TensileStrength_MPa>1200</TensileStrength_MPa>
<ThermalExpansionCoefficient_dMK>11.5</ThermalExpansionCoefficient_dMK>
<HeatConductivity_WdmK>38</HeatConductivity_WdmK>
<HeatCapacity_JdgK>0.44</HeatCapacity_JdgK>
<Density_gdcm3>8.1</Density_gdcm3>
<PoissonRatio>0.28</PoissonRatio>
</StructureMaterial>
App/Resource/WorkpieceMaterial/17-4PH.WorkpieceMaterial
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<?xml version="1.0" encoding="utf-8"?>
<WorkpieceMaterial>
<Name>17-4PH</Name>
<Note>chatGPT review by mei</Note>
<ElasticModulus_GPa>200</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>1100</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>1000</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.12</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<HeatConductivity_WdmK>18</HeatConductivity_WdmK>
<Density_gdcm3>7.8</Density_gdcm3>
<PoissonRatio>0.27</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1400</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/A380.WorkpieceMaterial
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<?xml version="1.0" encoding="utf-8"?>
<WorkpieceMaterial>
<Name>A380</Name>
<Note></Note>
<ElasticModulus_GPa>71</ElasticModulus_GPa>
<PoissonRatio>0.33</PoissonRatio>
<CompressiveYieldStrength_MPa>280</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>165</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.03</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.963</HeatCapacity_JdgK>
<HeatConductivity_WdmK>96</HeatConductivity_WdmK>
<Density_gdcm3>2.76</Density_gdcm3>
<FusionLatentHeat_Jdg>390</FusionLatentHeat_Jdg>
<MeltingTemperature_C>540</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/A6082.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>A6082</Name>
<ElasticModulus_GPa>70</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>250</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>260</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.12</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.896</HeatCapacity_JdgK>
<HeatConductivity_WdmK>180</HeatConductivity_WdmK>
<Density_gdcm3>2.7</Density_gdcm3>
<PoissonRatio>0.33</PoissonRatio>
<FusionLatentHeat_Jdg>390</FusionLatentHeat_Jdg>
<MeltingTemperature_C>555</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/AA7075.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>AA7075</Name>
<Note>AA7075</Note>
<ElasticModulus_GPa>71.7</ElasticModulus_GPa>
<PoissonRatio>0.33</PoissonRatio>
<CompressiveYieldStrength_MPa>480</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>503</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.11</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.875</HeatCapacity_JdgK>
<HeatConductivity_WdmK>130</HeatConductivity_WdmK>
<Density_gdcm3>2.81</Density_gdcm3>
<FusionLatentHeat_Jdg>390</FusionLatentHeat_Jdg>
<MeltingTemperature_C>635</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/Al6061T6.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>Al6061T6</Name>
<ElasticModulus_GPa>68.9</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>386</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>276</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.14</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.896</HeatCapacity_JdgK>
<HeatConductivity_WdmK>167</HeatConductivity_WdmK>
<Density_gdcm3>2.7</Density_gdcm3>
<PoissonRatio>0.33</PoissonRatio>
<FusionLatentHeat_Jdg>390</FusionLatentHeat_Jdg>
<MeltingTemperature_C>620</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/FC30.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>FC30</Name>
<ElasticModulus_GPa>110</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>900</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>200</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.01</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<HeatConductivity_WdmK>52</HeatConductivity_WdmK>
<Density_gdcm3>7.2</Density_gdcm3>
<PoissonRatio>0.26</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1150</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/FDAC.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>FDAC</Name>
<CompressiveYieldStrength_MPa>1060</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>1240</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.11</ElogationRaioAtBreak>
<ElasticModulus_GPa>200</ElasticModulus_GPa>
<HeatCapacity_JdgK>0.5</HeatCapacity_JdgK>
<HeatConductivity_WdmK>33</HeatConductivity_WdmK>
<Density_gdcm3>7.85</Density_gdcm3>
<PoissonRatio>0.28</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1440</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/Inconel718.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>Inconel718</Name>
<CompressiveYieldStrength_MPa>1100</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>1100</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.25</ElogationRaioAtBreak>
<ElasticModulus_GPa>208</ElasticModulus_GPa>
<PoissonRatio>0.29</PoissonRatio>
<HeatCapacity_JdgK>0.435</HeatCapacity_JdgK>
<HeatConductivity_WdmK>11.4</HeatConductivity_WdmK>
<Density_gdcm3>8.19</Density_gdcm3>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1260</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/P20.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>Mold Steel P20</Name>
<Note>chatGPT review by mei</Note>
<ElasticModulus_GPa>205</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>860</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>720</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.1</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<HeatConductivity_WdmK>29</HeatConductivity_WdmK>
<Density_gdcm3>7.85</Density_gdcm3>
<PoissonRatio>0.28</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1420</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/S440C.WorkpieceMaterial
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<?xml version="1.0" encoding="utf-8"?>
<WorkpieceMaterial>
<Name>S440C</Name>
<Note>EN-X90CrMoV18; AISI-440C; UNS-S44004; JIS-SUS440C; DIN-1.4125; GB-9Cr18Mo; BS-BSEN10088-1 X90CrMoV18; AFNOR-Z100CD17; SS-2310</Note>
<ElasticModulus_GPa>210</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>2050</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>1950</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.02</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<HeatConductivity_WdmK>24</HeatConductivity_WdmK>
<Density_gdcm3>7.7</Density_gdcm3>
<PoissonRatio>0.27</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1480</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/S45C.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>S45C</Name>
<ElasticModulus_GPa>190</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>450</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>490</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.17</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.4326</HeatCapacity_JdgK>
<HeatConductivity_WdmK>49.8</HeatConductivity_WdmK>
<Density_gdcm3>7.7</Density_gdcm3>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1440</MeltingTemperature_C>
<PoissonRatio>0.28</PoissonRatio>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/S50C.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>S50C</Name>
<ElasticModulus_GPa>205</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>580</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>540</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.16</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.49</HeatCapacity_JdgK>
<HeatConductivity_WdmK>50</HeatConductivity_WdmK>
<Density_gdcm3>7.85</Density_gdcm3>
<PoissonRatio>0.28</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1495</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/SCM440.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>SCM440</Name>
<Note>EN-42CrMoS4; EN-42CrMo4; ISO-42CrMo4; AISI-4140; JIS-SCM440; DIN-42CrMo4; GB-42CrMo; AFNOR-42CD4; AFNOR-42CD4u; UNI-42CrMo4; UNE-40CrMo41; UNE-40CrMo4; UNE-F1252; SS-2244; SFS-42CrMo4; GOST-35KHM; GOST-38KHM; BS-708M40; BS-CFS11</Note>
<ElasticModulus_GPa>210</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>950</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>785</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.15</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.46</HeatCapacity_JdgK>
<HeatConductivity_WdmK>42</HeatConductivity_WdmK>
<Density_gdcm3>7.85</Density_gdcm3>
<PoissonRatio>0.28</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1420</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/SS400.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>SS400</Name>
<ElasticModulus_GPa>200</ElasticModulus_GPa>
<PoissonRatio>0.26</PoissonRatio>
<CompressiveYieldStrength_MPa>245</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>245</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.2</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.49</HeatCapacity_JdgK>
<HeatConductivity_WdmK>50</HeatConductivity_WdmK>
<Density_gdcm3>7.85</Density_gdcm3>
<PoissonRatio>0.28</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1510</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/SUS304.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>SUS304</Name>
<CompressiveYieldStrength_MPa>215</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>215</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.7</ElogationRaioAtBreak>
<ElasticModulus_GPa>200</ElasticModulus_GPa>
<HeatCapacity_JdgK>0.5</HeatCapacity_JdgK>
<HeatConductivity_WdmK>16.2</HeatConductivity_WdmK>
<Density_gdcm3>8.0</Density_gdcm3>
<PoissonRatio>0.29</PoissonRatio>
<FusionLatentHeat_Jdg>270</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1440</MeltingTemperature_C>
</WorkpieceMaterial>
App/Resource/WorkpieceMaterial/Ti6Al4V.WorkpieceMaterial
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<WorkpieceMaterial>
<Name>Ti6Al4V</Name>
<ElasticModulus_GPa>114</ElasticModulus_GPa>
<CompressiveYieldStrength_MPa>970</CompressiveYieldStrength_MPa>
<TensileYieldStrength_MPa>880</TensileYieldStrength_MPa>
<ElogationRaioAtBreak>0.14</ElogationRaioAtBreak>
<HeatCapacity_JdgK>0.5263</HeatCapacity_JdgK>
<HeatConductivity_WdmK>6.7</HeatConductivity_WdmK>
<Density_gdcm3>4.43</Density_gdcm3>
<PoissonRatio>0.34</PoissonRatio>
<FusionLatentHeat_Jdg>370</FusionLatentHeat_Jdg>
<MeltingTemperature_C>1604</MeltingTemperature_C>
</WorkpieceMaterial>