Origami has served as the inspiration for a number of engineered systems. In most cases,
they require nonpaper materials where material thickness is non-negligible. Foldable …

The passenger side airbags (PAB) are usually larger than the driver airbags. Therefore, the
inflator of PAB is more powerful with high mass rate. In this paper, an Arbitrary Lagrangian …

A portable fast chirp frequency-modulated continuous-wave (FMCW) radar is presented for
detecting, locating, and tracking static and fast varying faults, discontinuities, or bends along …

Most existing treatments for origami-folding simulations have focused on regular-shaped
configurations. This article aims to introduce a general strategy for simulating and analyzing …

In order to produce the origami-based foldable structures, designers have to determine the
industrial material type, the geometry of structures and dimensions etc. These structures may …

针对新近开发的粒子法(Corpuscular particle method, CPM) 进行模拟折叠气囊静态以及动态
展开的应用研究, 并建立乘员安全分析有限元模型分析实车正碰情况下安全气囊和安全带对乘员 …

A recently developed simulation method called corpuscular particle method (CPM) is
studied by simulating the deployment process of airbag in static and dynamic conditions. An …

A methodology for evaluation of the effectiveness of a pedestrian protection airbag (PPA)
based on the corpuscular particle method (CPM) is developed. Despite previous studies on …

Cold ejection is widely used in the realm of ejection, but conventional ejection systems can't
adapt to the modern war due to obvious infrared characteristics and high energy …