Wrinkled surfaces have attracted enormous interest during the past years due to their
various wrinkling patterns and impressive multifunctional properties. With the growing …

Obtaining a delamination‐free wrinkled functional graphene surface in layered systems is
an interesting challenge because the interface is usually too weak to withstand interfacial …

The buckling of a stiff thin film on a compliant substrate has been widely studied over the
past decade due to its wide applications such as stretchable electronics, micro-and nano …

Classical Euler buckled ribbon has become the cornerstone of many unprecedented
applications such as the recently developed stretchable electronics and mechanical-guided …

Despite many efforts in structuring surfaces using mechanical instabilities, the practical
application of these structures to advanced devices remains a challenging task due to the …

A relation between the boundary curvature κ and the wrinkle wavelength λ of a thin
suspended film under boundary confinement is demonstrated. Experiments were performed …

Thermal regulation of buildings in climates with daily and seasonal weather changes can
prove challenging and result in high building energy consumption. While adaptable façades …

The biofilm wrinkle evolution is the growth mechanism by which bacteria regulate their
physiological state in response to the environmental change. We use the parameter of …

Classical continuum mechanics has been widely used in the failure analysis of materials for
decades. However, spatial partial derivatives in governing equations of the conventional …

摘要柔性光子器件不受传统光电子器件刚性物理状态限制, 可弯曲, 可折叠,
可拉伸的形式使得器件独特的光电性质得以实现和调控, 极大拓展了传统光电子器件的发展模式 …