This study aimed to determine the reliability of the damage criteria that was adopted by the
peak particle velocity (PPV) method and the single degree of freedom (SDOF) approach to …

Orthotropic membrane structure is widely applied in construction buildings, mechanical
engineering, electronic meters, space and aeronautics, etc. During their serving period …

This paper presents a comprehensive review of the diverse approaches employed to study
dynamic responses of gossamer membrane structures for space applications. The primary …

This paper proposes a new method named as the Stress Superposition Method (SSM) for
accurately analyzing the pre-wrinkling stress field and the free vibration of thin tensioned …

Orthotropic membrane materials have been applied in the numerous fields, such as civil
engineering, space and aeronautics, and mechanical engineering, among others. During …

The membrane structure has been applied throughout different fields such as civil
engineering, biology, and aeronautics, among others. In many applications, large …

To meet the needs of large space telescopes, such as light weight, high folding ratio, and
low manufacturing cost, a flexible deployable regular hexagonal membrane sunshield is …

Wind tunnel tests and numerical simulations are the mainstream methods to study the wind-
induced vibration of structures. However, few articles use statistical parameters to point out …

Fast Fourier transform (FFT) theory is used to analyze the tensile stress-strain curves of
coated fabric membrane materials (PVDF) at high strain rates (350/s, 500/s, 750/s, 900/s and …

Background Due to their flexible configuration and lightweight characteristics, film structures
have gained significant attention in the field of aerospace engineering. The scales of film …