Seismic topology optimization of structures is a challenging field of structural engineering.
So far, a little number of studies has been conducted on this regard and all of them have …

The present paper tackles the problem of seismic performance-based layout optimization of
steel braced frames subject to earthquake loading. Design variables of the optimization …

This paper presents a performance-based optimization method for optimal topology design
of bracing systems for multistory steel building frameworks with overall stiffness constraint …

Discrete ground structure topology optimization design methods have to date received
considerable attention in structural engineering. An alternative class of structural topology …

This thesis aims to contribute to the reduction of the significant gap between the stateof-the-
art of structural design optimisation in research and its practical application in the building …

In this paper, several issues related to member buckling in truss topology optimization are
treated. In the conventional formulations, where cross-sectional areas of ground structure …

This study introduces applications of structural topology optimization to buildings and civil
engineering structures. Topology optimization problems utilize the firmest mathematical …

This paper proposes a two-stage optimization algorithm for topology optimization based on
the homogenization method. The multistage approach aims to increase the stability and …

This paper presents a Bayesian optimization (BO) based topology optimization to solve
flexible structure design problems in highly nonlinear design spaces. Our primary interest is …

A multi-objective collaborative optimal design procedure for steel frames equipped with
buckling-restrained braces (BRBs) is proposed under the framework of performance-based …