Emerging additive manufacturing (AM) technologies, specifically additively manufactured
electronics (AME), 4-D printing, and origami, are reshaping the design capabilities and …

In recent decades, origami has transitioned from a traditional art form into a systematic field
of scientific inquiry, characterized by attributes such as high foldability, lightweight …

The rapid development of four-dimensional (4D) printing technology has resulted in its
application in various fields, including radiofrequency (RF) electronics. Moreover, because …

Membranes have been widely applied in spacecrafts, such as solar sails and deployable
antenna structures, due to their light weight and high compact ratio. The geometric profile of …

The deployment of origami is usually a rapid and complicated dynamic process. However,
little has been done to simulate the entire deployment process of thick origami which is a …

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

Charge‐programmed 3D printing enables the fabrication of 3D electronics with lightweight
and high precision via selective patterning of metals. This selective metal deposition is …

Origami patterns have been used in the design of deployable arrays. In engineering
applications, paper creases are often replaced with surrogate folds by providing a hinge-like …

Hoop-column antenna (HCA) is a popular type of deployable antenna in aerospace
engineering. Extracting a precise model and performing a comprehensive dynamic analysis …

Self-folding origami actuated by thermally responsive shape memory polymers (SMPs)
presents a promising mechanism for the deployment of space structures. Pre-strained SMP …