Ferromagnetic soft active structures using embedded ferromagnetic particles in the soft
polymer matrix can generate flexible locomotion and change configurations remotely …

In this paper, the authors propose a dimension reduction level set method (DR-LSM) for
shape and topology optimization of heat conduction problems on general free-form surfaces …

Soft active materials can generate flexible locomotion and change configurations through
large deformations when subjected to an external environmental stimulus. They can be …

With specific fold patterns, a 2D flat origami can be converted into a complex 3D structure
under an external driving force. Origami inspires the engineering design of many self …

Ferromagnetic soft materials can generate flexible mobility and changeable configurations
under an external magnetic field. They are used in a wide variety of applications, such as …

Ferromagnetic soft materials (FSM) can generate flexible movement and shift morphology in
response to an external magnetic field. They have been engineered to design products in a …

This paper presents a framework for computational generation and conformal fabrication of
woven thin-shell structures with arbitrary topology based on the foliation theory which …

In this paper, a framework for generatively designing multifunctional conformal structures on
free-form surfaces is proposed. This framework rests on the extended level set methods (X …

This paper proposes a new way of designing and fabricating conformal flexible electronics
on free-form surfaces, which can generate woven flexible electronics designs conforming to …

This work presents a framework for designing and fabricating structures on surfaces with
desired properties and performance rested on the optimization algorithm, mathematical …