An image-based deep learning framework is developed to predict nonlinear stress
distribution and failure pattern in microstructural representations of composite materials in …

In this work, the impact fracture of coarse grain heat-affected zone (CGHAZ) of an X80 steel
weld with various heat inputs was investigated in the absence and presence of hydrogen (H) …

The growth of fatigue cracks at the microstructural level is significant for many engineering
industries. The multifarious nature of crack propagation at microstructure length scales …

The topological attributes of fracture networks in limestone, subject to intense
hydrodynamics and intricate geological discontinuities, substantially influence the …

Fatigue short‐cracks in Mg alloys display complex growth behavior due to high plastic
anisotropy and crack path dependence on local microstructural features. In this study, the …

Molecular chain structures have important impacts on the damping performance of
viscoelastic materials/dampers. In the present work, a microstructure mathematical model of …

The purpose of this research is to investigate influence of additive content on sintering
behavior, texture evolution and mechanical properties of Si 3 N 4 ceramics systematically. Si …

Microstructurally small fatigue‐crack growth in polycrystalline materials is highly three‐
dimensional due to sensitivity to local microstructural features (eg, grains). One requirement …

In this work, to understand crack propagation in Al/Ti nanolayered composites, a series of
molecular dynamic simulations were performed with crack in different layers of the …

We introduce a novel computational framework designed to allow an experimentalist to
extract the local toughness associated with crack growth along an individual grain boundary …