Advances in additive manufacturing technologies facilitate the fabrication of cellular
materials that have tailored functional characteristics. The application of solid freeform …

We propose a new approach to modelling heterogeneous objects containing internal
volumetric structures with size of details orders of magnitude smaller than the overall size of …

Computer models of random heterogeneous materials are becoming increasingly important
in order to support the latest advances in material science, biomedical applications and …

Personalized medicine is an emerging field, considered by many in the biomedical
community to be among the upcoming approaches to medical treatment. To embrace this …

Porous structure, that is, a three-dimensional structure with a complex topology, has been
widely applied in aerospace, paramedical, transportation, and other fields. In the porous …

Purpose This paper aims to propose a consistent approach to geometric modeling of
optimized lattice structures for additive manufacturing technologies. Design/methodology …

Porous structures exist widely in both natural materials and our daily life. Thanks to the
properties of being lightweight, sustainable and cost efficient, it has been applied to a great …

In this paper, we propose and compare two novel deep generative model-based
approaches for the design representation, reconstruction, and generation of porous …

Porous structures are intricate solid materials with numerous small pores, extensively used
in fields like medicine, chemical engineering, and aerospace. However, the design of such …

Porous metamaterial units filled with fluid have been used in engineering systems due to
their ability to achieve desired properties (eg, effective thermal conductvity). Designing 3D …