This research focuses on the multiscale topology optimization (TO) of structures to meet
stress, stability, and vibration requirements. The compliance minimization problems of …

In this study, an approach for multi-material topology optimization (MMTO) that addresses
several distinct matters is proposed. The proposed formulation, which is based on the …

With the rapid development of architectural design methods and structural analysis
techniques, structural performance-based design approaches have become increasingly …

This paper, a multi-material topology optimization method (MMTO) is presented for two-
dimensional structures using modified ordered solid isotropic material with penalization …

This work proposes a stress-constrained topology optimization formulation to design
minimum volume structures that are both fail-safe and manufacturing error tolerant. The goal …

This paper addresses the concept of predetermined breaking points in topology
optimization. The aim is to propose and investigate a novel formulation to design optimized …

Topology optimization focuses on the conceptual design of structures, characterized by a
large optimization space and a significant impact on structural performance, and has been …

We propose a novel topology optimization method to efficiently minimize the maximum
compliance for a high‐resolution model bearing uncertain external loads. Central to this …

Hollowing is a simple and effective method for achieving light-weighting by removing interior
volume while maintaining the external shape of the model. However, the enclosed cavities …

An electric motor mounting bracket is used in electric vehicles, especially hybrid ones using
a parallel hybrid configuration. This study aims to analyze the strength and performance of …