This review of multiscale modeling covers a brief history of various multiscale methodologies
related to solid materials and the associated experimental influences, the various influence …

Effectively addressing population-level variability within orthopedic analyses requires robust
data sets that span the target population and can be greatly facilitated by statistical methods …

Abstract The Digital Twin (DT) concept has the potential to revolutionize the way systems
and their components are designed, managed, maintained, and operated across a vast …

This paper develops necessary preprocessors for image-based micromechanical analysis of
polycrystalline-polyphase microstructures of Al alloys such as Al7075-T651. Starting from …

In this work, we analyze the plasticity, damage, and fracture characteristics of three different
processed aluminum alloys (rolled 5083-H13, cast A356-T6, and extruded 6061-T6) under …

Microstructurally small fatigue crack (MSFC) formation includes stages of incubation,
nucleation and microstructurally small propagation. In AA 7075-T651, the fracture of Al 7 Cu …

This paper is aimed at the development of a coupled finite element-phase field modeling
framework for simulating fracture processes in anisotropic elastic materials under finite …

A critical stage in microstructurally small fatigue crack growth in AA 7075-T651 is the
nucleation of cracks originating in constituent particles into the matrix material. Previous …

The fatigue crack initiation life and damage mechanisms of three heat-treated nickel-based
alloy with different volume fractions of δ phase have been investigated based on experiment …

The strain rate, stress state, and temperature dependent mechanical behavior of a hot rolled
aluminum 7085-T711 alloy is experimentally observed and subsequently modeled using a …