… is the most studied origami in folded structure for … origami especially tessellation origami in
folded structure design. First, a brief introduction on the characteristic of tessellation origami is …

… a parametric tessellation structure for a large span structural system based on the origami
model as a form-generator. Several studies of origami and folded structures by researchers …

… a periodic origami tessellation actually rigidly fold? … origami structures, we can observe that
triangulated periodic crease patterns are generically rigidfoldable, forming a 2DOF structure, …

… of origami is a tree-structure model whose folding angle of each crease line is independent
of other crease lines. Although a treestructure model greatly simplifies the folding map that …

… The basic Resch-type origami tessellation is generated by the insertion of a star-like folded
tuck; here, we call such a structure a star tuck. First, we assume that every vertex of the planar …

… Finally, we turn to the accuracy of using folded structures to approximate smooth surfaces.
Clearly, as the individual folds become finer the resulting structure will conform more closely …

… folded structures in packaging design. It is a study of tessellation patterns and complex origami
structures … This chapter presents the definitions of origami and tessellation patterns and …

… The dynamic unfolding process of a simple origami fold, a six-crease waterbomb tube
pattern, a Miura pattern, and a quadrangular Resch pattern are simulated and analyzed. The …

… the folding kinematics of a recently proposed origami-based tessellated structure called the
… explain how a single tessellation of the Morph structure can undergo morphing through rigid …

… the folds at each vertex. This formulation provides a general method for associating mechanical
properties with periodic folded structures and … constructed using origami-based design. …