Simcenter
Simcenter 3D software
Address complex engineering challenges by enhancing simulation efficiency. Simcenter 3D is one of the most comprehensive, fully-integrated CAE solution for complex, multidisciplinary product performance engineering.
Simcenter
Design space exploration and optimization
Simcenter design space exploration and optimization helps engineers with the outcome of design changes on real-world performance.
Evaluate product performance
To stay ahead in the innovation race, engineers need to be able to quickly predict the outcome of design changes on the real-world performance of their product. Engineering simulation provides an excellent way for you to cost-effectively evaluate how your products will perform under expected operating conditions.
Design exploration and optimization solutions take simulation to the next level yielding new, innovative product designs that result in exceptional performance.
Design space exploration and optimization capabilities
Integrated design-space exploration
Simcenter mechanical accesses the power of parametric design space exploration at your desk with low adoption costs. It helps companies to move beyond the standard use of simulation for validation, troubleshooting and basic prediction by automatically exploring broader design spaces to more rapidly discover much better designs.
Topology optimization
Let structural simulation drive the shape of your design. Topology optimization can help give you the optimal shape for a particular design space given its loading conditions. You simply model the design space, set optimization targets (such as weight) and constraints (max. deflection), and define loading conditions, and Simcenter will create a new concept shape that will meet all requirements.
FE parameter optimization
Reduce design risk by better understanding the complex relationships among finite element (FE) parameters and how changes affect these relationships. Simcenter can help you establish design sensitivity based on simulated performance conditions and then synthesize and optimize your models.
