Optimalizace prostorového rámu

Abstract

The bachelor's thesis focuses on the optimized design of the geometry of spatial frames made of composite material. The work is divided into three parts. The first, practical part deals with experimental tests of the strength of composite materials, including a description of its course and measurement errors. The second part describes the finite element method, derivation of stiffness matrices and application to selected problems of structural mechanics. The last part is then devoted to the use of differential evolution to optimize the geometry of the structure.

Description

Subject(s)

Material tests, FEM, geometric nonlinearity, linear stability, buckling length, differential evolution

Citation