Abstract: A geometrical and mechanical design strategy is proposed for bioelectronics to improve wearability and comfort by reducing the magnitude of interfacial stresses and ensuring that the spatial stress distributions are below ...

Abstract: Controlled formation of complex three-dimensional (3D) geometries has always attracted wide interest especially in micro/nanoscale where traditional fabrication techniques fail to apply. Recent advances employed buckling ...

Abstract: The ribbons selectively bonded to a prestrained elastomeric substrate may buckle into three-dimensional (3D) microstructures after the prestrain release, leading to three possible deformation modes, global, local, and no ...