Topology optimization (TO) has become an integral part of the structural design process in
recent years. However, automatically deriving parametrized Computer-Aided Design (CAD) …

A generative design methodology is presented that solves for minimum volume and
compliance space-frame systems, with consideration of stress and buckling constraints. The …

Defining a suitable truss model is one of the most important steps of applying the strut‐and‐
tie modeling (STM) method to design D‐regions in reinforced concrete (RC) structures. The …

Generative design refers to the automated design of components through the use of
computer-aided engineering (CAE) tools. This is an enabling technology which allows …

The available amount of input data for uncertain parameters of composite laminated plates
can vary, and the uncertain parameters can be decomposed into strong statistical variables …

The integration of topology optimization (TO) and additive manufacturing (AM) has the
potential to revolutionize modern design and manufacturing. However, few instances of …

This paper proposes a new fully automatic computational framework from continuum
structural topology optimization to beam structure design. Firstly, the continuum structural …

Topology Optimization (TO) is used to develop high strength, yet lightweight structural
components. The geometry reconstruction from raw optimization results is a crucial task and …

Using structural optimization is ideal for the development of complex aluminum cast parts,
due to the high degree of design freedom. Various casting processes exist for production …

Topology optimization has been mainly addressed for structures under static loads using a
deterministic setting. Nonetheless, many structural systems are subjected to uncertain …