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Stress Analysis Report: Autodesk

To help you Specialized Engineering - Fabrication machine more references in the process of learning and research, invite you to consult the document content, "Stress Analysis Report: Autodesk" expect .Hy reference is useful for you. | Stress Analysis Report Autodesk Analyzed File lapraptruc.iam Autodesk Inventor Version 2012 Build 160160000 160 Creation Date 4 30 2015 10 08 AM Simulation Author DOAN_THOAN Summary El Project Info iProperties Summary Author DOAN_THOAN Project Part Number lapraptruc Designer dOaN_thoan Cost 0.00 Date Created 4 30 2015 Status Design Status WorkInProgress Physical Mass 0.920235 kg Area 47750.2 mmA2 Volume 253587 mmA3 Center of Gravity x 12.2622 mm y 79.0804 mm z 54.3884 mm Note Physical values could be different from Physical values used by FEA reported below. Simulation 1 General objective and settings Design Objective Single Point Simulation Type Static Analysis Last Modification Date 4 30 2015 10 07 AM Detect and Eliminate Rigid Body Modes No Separate Stresses Across Contact Surfaces No Motion Loads Analysis No Advanced settings Avg. Element Size fraction of model diameter 0.1 Min. Element Size fraction of avg. size 0.2 Grading Factor 1.5 Max. Turn Angle 60 deg Create Curved Mesh Elements No Use part based measure for Assembly mesh Yes Material s Name Cast Steel General Mass Density 7.85 g cmA3 Yield Strength 250 MPa Ultimate Tensile Strength 300 MPa Stress Young s Modulus 210 GPa Poisson s Ratio 0.3 ul Shear Modulus 0 GPa Stress Thermal Expansion Coefficient 0.000012 ul c Thermal Conductivity 50 W m K Specific Heat 460 J kg c Part Name s goi goi Name Carbon Steel General Mass Density 7.87 g cmA3 Yield Strength 350 MPa Ultimate Tensile Strength 420 MPa Stress Young s Modulus 200 GPa Poisson s Ratio 0.29 ul Shear Modulus 0 GPa Stress Thermal Expansion Coefficient 0.000012 ul c Thermal Conductivity 52 W m K Specific Heat 486 J kg c Part Name s Shaft Operating conditions Force 1 Load Type Force Magnitude 750.000 N Vector X -0.000 N Vector Y -20.201 N Vector Z -749.728 N Selected Face s Force 2 Load Type Force Magnitude 1000.000 N Vector X 0.000 N Vector Y -1000.000 N Selected Face s