Compressively stressed thin films with low adhesion frequently buckle and delaminate
simultaneously into telephone cords. Although these buckles have been studied for …

The post-critical regime of straight-sided wrinkles on compliant substrates of polycarbonate
has been observed by atomic force microscope and investigated by means of finite element …

We study the nonlinear deformations of a long rectangular elastic plate clamped along its
edges and submitted to in-plane biaxial compression. Using the Föppl-von Kármán …

Thin films deposited on substrates are usually submitted to large residual compression
stresses, causing delamination and buckling of the film into various patterns. The present …

Various static and dynamic aspects of post-buckled thin plates, including the transition of
buckled patterns, post-buckling dynamics, secondary bifurcation, and dynamic snap** …

We report on the morphological selections and dynamical evolutions of buckling patterns in
annealed SiAlN x films deposited on 6 mm thick glass substrates. Various buckle modes …

Rolled‐up nanotechnology has received significant attention to self‐assemble planar
nanomembranes into 3D micro and nanotubular architectures. These tubular structures …

The transition from a straight-sided wrinkle to a periodic distribution of bubbles has been
experimentally studied by atomic force microscopy for a stressed thin film relying on a …

Compressed thin films deposited on substrates may buckle depending on the geometrical
and mechanical properties of the film/substrate set. Until recently, the small dimensions of …

Aluminum films 150 nm thick have been deposited on polymethylmethacrylate (PMMA)
substrates by a magnetron sputtering process. Parallel straight-sided wrinkles are induced …