Mode I fracture mechanics has been relatively mature but mixed mode fracture mechanics
continues to present challenges, in particular for ductile materials under multiaxial stresses …

Aluminum alloys with ultra-strength and high-toughness are fundamental structural materials
applied in the aerospace industry. Due to the intrinsic restriction between strength and …

Ductile failure in polycrystalline aluminum alloys under pure shear as well as with
superposed tension and compression loading is explored through the modified Arcan shear …

First, several rectangular thin sheets made of Al 7075-T6 and weakened by blunt V-notches
were tested for mixed mode I/II fracture, and the load-carrying capacity and the fracture …

This work investigates the effect of temperature on the mixed-mode (I and II) fracture
response of a rolled AZ31 Mg alloy by conducting experiments using asymmetric pre …

Aluminum alloy with high strength, toughness, and corrosion resistance is one of the new
materials for laser additive manufacturing of lightweight high-speed train brake discs …

In order to characterize the crack tip stress field in three-dimensional fatigue and fracture
problems, stress intensity factor and T-stress solutions are usually necessary. In this paper …

Abstract Mixed-mode (I/II) fracture experiments on rolled AZ31 Mg alloy are conducted using
notched four point bend specimens along with in-situ imaging. Digital Image Correlation …

Crystal plasticity based finite element (CPFE) simulations employing Taylor homogenization
for a basal-textured Mg alloy are performed under plane strain, small scale yielding (SSY) …

Strength, toughness, and stress corrosion resistance are critical properties of aluminum
alloys for high-end equipment manufacturing. Unfortunately, the situation of complex alloy …