Metallic materials experience irreversible deformation with increasing applied stress,
manifested in localized slip events that result in fatigue failure upon repeated cycling. We …

Abstract The Ti–Al system, specifically with Al wt pct ranging from approximately 4 to 14 pct,
has served as a model system for exploring the deformation behavior of the hexagonal close …

The advancement and transition of computational materials models requires corresponding
developments in experimental methods to provide new phenomenological insights as well …

The benefits of additive manufacturing have been well documented, but prior to these
materials being used in critical applications, the deformation mechanisms must be properly …

This paper presents advances in the data management strategy applied to 4D multimodal
mechanics of material sample microstructures. Guidelines to build a data platform allowing …

Crack initiation at inclusions is a dominant, unavoidable and life-limiting failure mechanism
of important structural materials. Fatigue progresses in a complex manner to find the …

There is a growing demand for the development of precise, accurate, and industrially
applicable predictive models for evaluating the fatigue performance of additively …

Far-field high-energy X-ray diffraction microscopy is used to asses the evolution of slip
system strengths in hexagonal close-packed (HCP) Ti-7Al during tensile deformation in-situ …

Slip activity from various slip modes largely determines the yield strength and ductility of Mg
alloys. Solid solution elements in Mg can change the slip activity dramatically. In this paper …

Nickel (Ni)-based superalloys are used for safety-critical components in the aerospace
industry because of their high strength at elevated temperatures. These materials are …