activity
20102026
most citedOrigami-based tunable truss structures for non-volatile mechanical memory operation

335 citations · 2k across the 60 of their papers we have counts for

collaborators

63 papers

nlin.PS2026

Extreme Localization via a Singular Edge Mode in an Asymmetric Linkage System

Myeonggyun Joo, Dongwook Kwak, Rajesh Chaunsali +2

Mechanical localized modes generally retain exponentially decaying tails, whereas confinement to a single structural unit is difficult to achieve without resonators, flat-band latt…

cs.CE2026

Kirigami Meta-Sheet for Enhanced Impact Absorption

Dahyun Joo, Yasuhiro Miyazawa, Seokhyeon Hong +3

Impact absorbers based on mechanical metamaterials often use bulky, vertically stacked architectures, limiting large area deployment and scalable manufacturing. Here, we propose a…

nlin.PS2026

Supratransmission in Lattices with Purely Nonlinear Coupling

Defri Ahmad, Tae-Yeon Kim, Andreas Schiffer +2

Supratransmission is examined in nonlinear lattices with purely nonlinear coupling, extending the phenomenon to systems that lack a linear pass band. In contrast to standard lattic…

physics.app-ph2026

Size-Dependent Properties of Miura-ori Tessellations

Chaewon Baek, Tomohiro Tachi, Jinkyu Yang +1

We investigate the size-dependent behavior of Miura-ori-based origami tessellations by changing the number of origami unit cells. For large tessellations, the Miura-ori sheet gener…

cs.RO2026

A Unified Framework for Kinematic Simulation of Rigid Foldable Structures

Dongwook Kwak, Geonhee Cho, Jiook Chung +1

Origami-inspired structures with rigid panels now span thick, kirigami, and multi-sheet realizations, making unified kinematic analysis essential. Yet a general method that consoli…

cond-mat.soft2025

Inverse design of flat-foldable volumetric origami with smooth curved profile

Byoung-Gyu Kim, Geonhee Cho, Yasuhiro Miyazawa +2

Through flat-folding, origami provides an extremely compact packaging strategy for deployable structures in aerospace, architecture, and robotics. However, origami's flat, volumele…