This work proposes a theoretical/numerical framework for the topology optimisation of
anisotropic architected cellular materials at different scales. In particular, the topological …

A general framework for the multi-scale topology optimisation (TO) of lattice structures (LSs)
is presented in this work. The proposed method involves: Non-Uniform Rational Basis …

This work deals with the multi-scale topology optimisation (TO) of multi-material lattice
structures. The proposed approach is based on: non-uniform rational basis spline (NURBS) …

Cellular structures are often used to improve the stiffness, fatigue strength, damage
tolerance, and other superior functioning properties of structures in engineering. This paper …

This work discusses three aspects of topology optimisation (TO) problems dealing with
structural stiffness maximisation of anisotropic continua under mixed inhomogeneous …

Architected cellular materials (ACMs) with a periodic micro-structure are often employed in
high-performance components obtained through additive manufacturing (AM) technologies …

This work deals with the topology optimisation of structures made of multiple material
phases. The proposed approach is based on non-uniform rational basis spline (NURBS) …

Topology optimization is widely recognized for its ability to determine the best distribution of
material in a structure to optimize its stiffness. This process often leads to creative …

We present an approach for designing material micro-structures by using isogeometric
analysis and parameterized level set method. Design variables, which are level set values …

In this work, the Huber-Hencky-Von Mises criterion for isotropic materials is integrated into a
special density-based algorithm for topology optimization (TO). The algorithm makes use of …