Bioinspired algorithms in topology optimization of lattice structures

Tema ovog diplomskog rada je izrada evolucijskog algoritma za optimiranje topologije rešetkastih konstrukcija. Fitnes funkciju evolucijskog algoritma predstavlja samostalno napisani algoritam metode konačnih elemenata sa kojim se proračunava krutost, odnosno deformacija konstrukcije u svakoj generaciji evolucijskog algoritma. Algoritam metode konačnih elemenata i evolucijski algoritam izrađeni su u python programskom jeziku, dok je sama konstrukcija dizajnirana u Blender open source software-u.The topic of this thesis is creation of an evolutionary algorithm for optimizing the topology of lattice structures. The fitness function of the evolutionary algorithm is represented by an independently written algorithm of the finite element method, which is used to calculate stiffness, deformation of the structure in each generation of the evolutionary algorithm. The algorithm of the finite element method and the evolutionary algorithm were created in the Python programming language, while the construction itself was designed in Blender open source software