Fig. 1: 3D-printed Shape Memory Polymer morphing primitives, Fig. 2: Tessellated aluminum sheets joined at discrete hinge points, enabling a transformation from a planar configuration to a vessel-like three-dimensional form, Fig. 3–6: Explorations of Shape Memory Alloy (SMA) joinery methods for morphing two-dimensional sheets into three-dimensional structures, demonstrating zonally-controlled foldability, Fig. 7: A foldable, accordion-like structure fabricated from wood veneer, illustrating compliant folding behavior in a laminar material system.
Fig. 1: 3D-printed Shape Memory Polymer morphing primitives, Fig. 2: Tessellated aluminum sheets joined at discrete hinge points, enabling a transformation from a planar configuration to a vessel-like three-dimensional form, Fig. 3–6: Explorations of Shape Memory Alloy (SMA) joinery methods for morphing two-dimensional sheets into three-dimensional structures, demonstrating zonally-controlled foldability, Fig. 7: A foldable, accordion-like structure fabricated from wood veneer, illustrating compliant folding behavior in a laminar material system.