Revolutionary Material Failure Theory: From Nano to Macro

A groundbreaking paper presents a new theoretical framework for material failure, encompassing isotropic and anisotropic materials. It bridges the gap between nano-scale analysis, such as graphene, and macro-scale predictions for composite materials, creating a complete model from micro to macro. This theory overcomes limitations of traditional failure criteria, accurately distinguishing ductile from brittle failure and predicting fatigue and creep failure. It offers a revolutionary advancement for materials science and engineering applications.