This study involved the design of energy absorbing structures that have precisely tailored
performances based on the differences between the bifurcated motions of a Tachi-Miura …

Sandwich panels with trapezoidal metal/glass fiber cores are increasingly popular due to
their lightweight and energy-absorption properties. This study employs response surface …

This article aims to address the issue of fixed-time consensus control for uncertain nonlinear
multiagent systems (MASs), in which only a group of followers can directly access the …

This study involves the fabrication of aluminum plates reinforced with layers of glass
composite (E-glass/epoxy) with varying curvatures. Subsequently, modal analysis was …

This article presents a nonlinear displacement based finite elements model to study and
analyze the nonlinear dynamic response of flexible double wishbone structural vehicle …

Steel tubular sections are extensively used in modern-day construction due to their superior
structural efficiency and aesthetic appearance. The thin-walled tubular sections are often …

Extracting time-varying dynamic characteristics of an aerospace structure under thermal-
vibration environment is difficult and complicated since the material properties of the …

Double corrugated profiles made of thin sheet metal are susceptible to loss of local stability
and their shapes exclude the possibility of applying design standards. Arch structures made …

This study investigates the cyclic performance of prefabricated composite concrete-filled
steel tube (CFT) column trusses with V-shaped and Z-shaped web configurations to improve …

This paper introduces the working principle of a MEMS safety and arming (S&A) device and
measures and tests a setback arming device. To solve the problem of large fabrication errors …