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

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

Customizable and reconfigurable mechanical behavior is critical for self-adaptive low-
frequency vibration isolators operating in dynamic environments. Herein, the mechanical …

Origami-inspired folding possesses great potential to create deployable structures through
folding and unfolding along the crease lines. Easy deployment, one of the many attractive …

In recent years, the deployment and vibration suppression capabilities of spacecraft have
become one of the prominent research topics. Considerable effort has been dedicated to …

The application of origami in engineering has offered innovative solutions for deployable
structures, such as in space exploration, civil construction, robotics, and medical devices …

The design and development of periodic metamaterials are of great significance for the
flexible scaling of structures and the control of their performance. This paper advances the …

Origami-inspired structures represent a modern adaptation of an ancient Japanese art, used
to create versatile forms. As morphing structures, they have gained widespread attention in …

Origami has many advantages, such as deployability, low mass, and ease of miniaturization;
it has potential contributions in many applications. Specifically, origami that has been …

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