Manufacturing-oriented topology optimization has been extensively studied the past two
decades, in particular for the conventional manufacturing methods, for example, machining …

Topology optimization is develo** rapidly in all kinds of directions; and increasingly more
extensions are oriented towards manufacturability of the optimized designs. Therefore, this …

This paper proposes a novel bridge design approach based on multi-material topology
optimization, which realizes the process from conceptual design to detailed design, and an …

The development of technologies for the additive manufacturing, in particular of metallic
materials, is offering the possibility of producing parts with complex geometries. This opens …

To date, both the stress-related and multi-material topology optimization problems have
been extensively studied. However, there are few works addressing the stress-constrained …

This paper proposes a new multiscale topology optimization method for the design of porous
composites composed of the multi-domain material microstructures considering three design …

In this article, a density-driven unified multi-material topology optimization framework is
suggested for functionally graded (FG) structures under static and dynamic responses. For …

In most of the existing topology optimization studies of multi-material structures, the interface
of different materials was assumed to be perfectly bonded. Optimal design based on the …

This paper develops an efficient multiscale topology optimization method for minimizing the
frequency response of cellular composites over a given frequency interval, which consist of …

This paper proposes an effective method for the design of 3D micro-structured materials to
attain extreme mechanical properties, which integrates the firstly developed 3D energy …