Optimisation algorithms to calibrate, reduce weight and maximise stiffness

Optimisation algorithms play a crucial role in the context of FEM modelling, where efficiency and accuracy are paramount. These algorithms allow optimal solutions for complex problems in structural engineering, process improvement and product design. These algorithms are used to adjust parameters such as geometry, material properties or loading conditions in order to minimise or maximise certain target functions. These functions may represent cost, weight, performance, or any other relevant metric of the system under study. Algorithms iteratively search for optimal combinations of these parameters, improving design and structural efficiency. Optimisation methods in FEM models can be classical algorithms such as Response Surface optimisation method, or modern techniques such as genetic algorithms or Evolutionary Structural Optimisation. These methods allow engineers to explore a broad design space and find solutions that meet multiple constraints and objectives