Design Optimization

Optimization is relevant both at the stage of new product development and for improving the performance of the existing product. The task can be accomplished by considering a single analysis criteria as well as several, solving the problem of multidisciplinary design optimization:

• Optimization considering a wide range of strength, stiffness, stability, durability, vibration and noise and other constraints;
• Optimization of design model parameters, such as material properties and geometric dimensions (thicknesses, moments of inertia, cross-sectional areas, etc.);
• Reducing stresses in concentrators through shape optimization;
• Topological optimization considering manufacturing constraints;
• Multidisciplinary design optimization and much more.