You can simulate your model’s behavior under the temperature-induced stresses and determine the critical values at which the design can deform. This analysis helps determine the critical buckling multiplier to prevent structural failure. This will help realize if your 3D model design needs to be modified. This study shows how the product can be affected by natural free vibrations. Thermal steady state simulation offers the opportunity to test the thermal management of the model and its ability to absorb, deflect, or shed thermal energy through conduction, reflection, and radiation. It predicts the model’s behavior from drop tests, ballistics impacts, or compliant and flexible structures, like living hinges and snap closures. This study type examines how time-dependent non-linear loads, such as collisions or accelerations, influence the part performance. Non-linear static stress simulation allows the user to stimulate and quickly produce the result of complex nonlinear boundary conditions, like large deformation, motion, contact, and load change. This feature provides the engineers with a heads-up look into the molding process and allows them to test the manufacturability of the part to prevent such common issues as sink marks, air entrapments, warpage, shrinkage, and weld lines. Key features Injection molding simulation The extension grants access to professional-grade simulation tools and numerous cloud solutions for advanced study types, meeting the requirements of the most demanding analysts.
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