The starting place for topology optimization is a specified maximum installation space. Topology optimization in an FE model allows our technicians to build a structure, that is capable of all operational problems, for example, loads, tensions, vital frequencies or production limitations. The element manufactured has optimized features, which ascertain stiffness and strength. Such innovations are achievable starting from a young stage in development.

Further calculations enable engineers to analyze the quality of the optimized design, using a service life analysis, for example. 

Topography optimization concentrates on a component – usually a thin-walled one. With the help of topography optimization, engineers figure out the most efficient layout of a roll-pressed structure, for instance. This enhances elements of their stiffness and natural frequencies and, subsequently, their efficiency. This kind of optimization may also be used to improve edges and transitions when it comes to resistance to load. 

Parameter optimization mainly involves a computerized search for several optimally matched parameters to be able to improve a structure’s behaviour. The settings are diverse in such an approach that defined values, or specific functions undertake the most excellent cost. If the goal values are symbolized as a linear function, we perform direct optimizations. We as well use appropriate non-linear optimization processes when it comes to non-linear combos, an ordinary occurrence in practice, or in the case of non-linear target functions.