Abstract: Programming desired shapes of stimuli-responsive nematic sheets is a challenging yet crucial problem for morphing applications. Here, we propose a strategy for inverse design of axisymmetric shapes via circular bilayers ...

Abstract: Transformation between saddle- and dome-like bending shapes of regular and reentrant hexagonal honeycomb panels are explored. An analytical model is proposed to uncover the underlying mechanisms and identify the controlling ...

Abstract: Transformation between saddle- and dome-like bending shapes of regular and reentrant hexagonal honeycomb panels are explored. An analytical model is proposed to uncover the underlying mechanisms and identify the controlling ...

Abstract: Polydomain nematic sheets can be designed for desired shape transition, and a typical example is a disc composed of congruent wedges with rank-1 connected director field. Recent theoretical study indicated that such a disc, ...