Hello! When I set a tangent modulus with value 10% of the elastic modulus, I get this error "Incremental plastic strain is too large; Automatic Reset: " and respectively the convergence can't be reached. Please help me! :(
In any study with large displacement, post yield and nonlinear materials, using SOLIDWORKS Nonlinear Simulation will be more precise. Since this part is ABS plastic, using the material model “Plasticity Von Mises” and using the proper Stress strain curve for the material can be used to benchmark a live case. Having a Stress Strain curve go beyond Ultimate Stress can help you study higher deformation like buckling.
Your videos are so helpful. 👌❤
Hello! When I set a tangent modulus with value 10% of the elastic modulus, I get this error "Incremental plastic strain is too large; Automatic Reset: " and respectively the convergence can't be reached. Please help me! :(
Thank You for the video.
Which study will be more accurate, when comparing to real scenarios?
In any study with large displacement, post yield and nonlinear materials, using SOLIDWORKS Nonlinear Simulation will be more precise. Since this part is ABS plastic, using the material model “Plasticity Von Mises” and using the proper Stress strain curve for the material can be used to benchmark a live case. Having a Stress Strain curve go beyond Ultimate Stress can help you study higher deformation like buckling.
Very informative. Thanks for the knowledge sharing.
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