Buckling resistance is crucial in structural design. This study addresses challenges
associated with enhancing buckling resistance through topology optimization, focusing on …

In this paper, an efficient formulation for the topology optimization of extruded beams is
developed considering linearized buckling, displacement, and stress constraints. The …

Buckling-constrained structural design problems have conventionally prioritized optimizing
the buckling load factor with less consideration given to the buckling mode shape. In this …

Widespread use of topology optimisation as a design tool for additive manufacturing faces
major inhibiting obstacles, such as high computational costs and complexity, concern for …

This study presents an innovative approach for the precise control of nodal displacements in
pantographic structures. The method is founded on the Matrix Condensation of Force …

Regarding the buckling resistance design of thin-walled structures, the conventional iterative
optimization approaches pose significant challenges for engineering professionals and …

Structural optimization has been shown to be an invaluable tool for solving large-scale
challenging design problems, and this work concerns such optimization of a state-of-the-art …

A topology optimisation approach that accounts for buckling resistance and
manufacturability using fibre-reinforced composites is presented. This approach combines …

This study presents a novel approach utilizing cluster means to address the non-
differentiability issue arising from multiple eigenvalues in eigenfrequency and bandgap …

Buckling resistance has gained significant attention in topology optimization due to its
profound implications for structural designs. Despite considerable research on buckling …