The internal structure of a technical component describes all its elements and their respective interactions. Structural optimization is therefore essential for component optimization and comprises the following three hierarchically arranged stages: topology optimization, shape optimization and cross-section optimization. The industry standard for performing these calculations is the finite element method [...].
Topology optimization began in 1904 with Michell structures. Here, Michell considered beam structures and also developed a design theory whereby all beam structures intersect each other at a 90° angle. As a result, an optimal arrangement of tensile and compressive stresses was created. Furthermore, today this is also a method [...].
Achieve optimum functionality of your individual or series components with minimum material and cost input through structural optimization, sheet thickness optimization and topography optimization. Save costs by topology optimization (structural optimization) in areas where your part is hardly loaded at all, through the targeted mathematical removal of material without losing stability. Optimize your [...] through topography optimization
The safeguarding of function and product quality by means of FEM calculation in mechanical and plant engineering is now common practice. Originally, product development using FE analysis was limited to the automotive sector. In the meantime, however, word has spread to other branches of industry that time and cost savings are enormous if prototypes are developed before [...]