Topology optimization was developed as an advanced structural design methodology to
generate innovative lightweight and high-performance configurations that are difficult to …

In this work, a novel design and modeling method is proposed to obtain hierarchical
structures with non-uniform lattice microstructures based on density-based topology …

This paper presents a novel concurrent topology optimization approach for finding the
optimum topologies of macrostructures and their corresponding parameterized lattice …

Isotropy is an excellent characteristic for load-bearing and energy-absorption that ensures
the cellular structures respond uniformly under external loads in all orientations. This paper …

A new integrated layout optimization method is proposed here for the design of multi‐
component systems. By introducing movable components into the design domain, the …

In this paper, the thin-walled structures with lattices and stiffeners manufactured by additive
manufacturing are investigated. A design method based on the multi-material topology …

To improve the poor shear performance of periodic lattice structure consisting of hexagonal
unit cells, this study develops a new computational design method to apply topology …

Cellular composites are of significant interest to the materials research community as they
often possess multifunctional physical properties. To meet the application requirements …

This work is devoted to the aeronautical application of topology optimization for modular
structures with multiple assemblies that consist of repeated standard modules and optional …

The new generation of aeronautical structural materials, fiber reinforced metal laminates
have drawn increasing interests to the researchers. In order to have an in-depth …