Topology Optimisation is a broad concept deemed to encapsulate different processes for
computationally determining structural materials optimal layouts. Among such techniques …

Multi-material topology optimization is a practical tool that allows for improved structural
designs. However, most studies are presented in the context of continuum topology …

Diagrid structures have recently emerged as a new solution for tall buildings which merges
inherent structural efficiency, decorative qualities and morphological versatility. In this paper …

In this paper a structural optimization framework is developed to design three-dimensional
periodic lattice unit cells that meets specific mechanical requirements. The work is motivated …

The design of efficient structural members is a well-established field with a wide range of
methods and techniques available to optimize the structural form. As a result, there are many …

With the recent development of timber as a viable structural material for high-rise structures,
glulam braced frames have been recently introduced in lateral load-resisting systems of …

Topology optimization has recently been investigated as a technique for the conceptual
design of efficient structures during the early stage of the design of buildings to tackle the …

Topology optimization is crucial for the mechanical design of vehicles and aircraft, allowing
changes in the shape of structures and the placement of features. Recent advances have …

Over the years, several optimization techniques were widely used to find the optimum shape
and size of engineering structures (trusses, frames, etc.) under different constraints (stress …

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