A novel multi-resolution scheme to perform the multi-material topology optimization in the
framework of isogeometric analysis (IGA) is proposed. To create high resolution optimized …

We present a Matlab implementation for topology optimization of structures subjected to
dynamic loads. The code, which we name PolyDyna, is built on top of PolyTop—a Matlab …

A framework is presented for multi-material compliance minimization in the context of
continuum based topology optimization. We adopt the common approach of finding an …

Structural topology optimization has been successfully investigated to improve the designs
of a variety of civil, mechanical and aerospace applications. While topology optimization for …

Optimized designs of tuned inerter dampers (TIDs) have been studied by presetting TID
locations for the control of structures with multiple degrees of freedom (MDOF). In addition to …

This study presents a polytree-based adaptive methodology for multi-material topology
optimization (MMTOP). Polytree data structure is introduced as a general recursive multi …

We in this paper present a novel adaptive finite element scheme for limit analysis of cracked
structures. The key idea is to develop a general refinement algorithm based on a so-called …

The paper introduces a novel multiresolution scheme to topology optimization in the
framework of the isogeometric analysis. A new variable parameter space is added to …

We propose a highly effective approach using a novel adaptive methodology to perform
topology optimization with polygonal meshes, called polytree meshes. Polytree is a …

The field of topology optimization has progressed substantially in recent years, with
applications varying in terms of the type of structures, boundary conditions, loadings, and …