Wrinkling of thin films under tension is omnipresent in nature and modern industry, a
phenomenon which has aroused considerable attention during the past two decades …

This paper aims to propose a novel data-driven multiscale finite element method (data-
driven FE 2) for composite materials and structures. The correlated scales in the classical FE …

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

Wrinkles commonly occur in uniaxially stretched rectangular hyperelastic membranes with
clamped-clamped boundaries, and can vanish upon excess stretching. Here we develop a …

Wrinkles are commonly observed in uniaxially stretched rectangular sheets with clamped-
clamped boundaries, and can disappear upon excess stretching. Here we explore this …

This paper aims to propose an efficient and accurate framework for the post-buckling
analysis of sandwich structures with elastic-plastic material behaviors. Correspondingly …

In this article, we show that the reduced model proposed in our recent article to study the
wrinkling of homogeneous elastic membranes does not reproduce the wrinkling observed in …

Tension–compression asymmetry, thermal-mechanical coupling, and finite deformation
effects are common characters of many biological materials and engineering structures. By …

This paper presents a Fourier-related double scale analysis to study the instability
phenomena of sandwich plates. By expanding the displacement field into Fourier series, the …

This work aims to develop a computationally efficient multiscale model to accurately
simulate and analyze the instability phenomena of long fiber reinforced composites. The …