Origami has emerged as a powerful mechanism for designing functional foldable and
deployable structures. Among various origami patterns, a large class of origami exhibits …

Structures inspired by the Kresling origami pattern have recently emerged as a foundation
for building functional engineering systems with versatile characteristics that target niche …

Origami-based multistable metamaterials have been recognized as a promising platform for
diverse applications due to their exceptional mechanical properties. However, the current …

Origami metamaterials can control the propagation and energy transmission of elastic
waves via the flexible design of microstructure topology, which has great application …

Kresling origami features an axial compression and torsion coupled motion mechanism. The
nonlinear stiffness is generated by this unique deformation mode, allowing Kresling origami …

Through unique folding methods and material selection, origami structures enable optimum
structural design within a restricted space and provide strong force support. In aerospace …

Origami has become an important source for the development of mechanical metamaterials
because folding can often lead to enhanced or unconventional mechanical properties …

Multistable origami structures have been exploited for mechanical property tailoring,
deployable robotic arms, wave propagation tuning and others, due to its ability to possess …

In recent years, the unfolding capability and vibration-isolation properties of spacecraft have
received increasing attention. Several studies have achieved deployability through origami …

准零刚度隔振系统因具备高静态低动态的刚度特性得到广泛研究, 但是较短的准零刚度行程限制
了其在低频隔振领域的应用推广. 基于非线性正刚度和非线性负刚度并联的理念, 由Kresling …