With the increasing demand for light weight design in industries such as aerospace and
automotive, sheet metallic materials with high strength and low density have been …

Prediction of microstructures of additive manufactured materials is a significant research
focus to face the challenge of producing tailored components. In this work, a three …

The effect of the as-built microstructure and defect distribution on the fatigue performance of
a metastable austenitic stainless-steel fabricated by directed energy deposition was …

The numerical and experimental investigations have been performed to establish a
correlation between local strains and mesoscale deformation-induced surface roughening in …

The paper provides a review of experimental and numerical studies of deformation-induced
surface roughening in loaded metals and alloys. Consideration is given to various …

An automated method for analyzing the shape and size of dimples of ductile tearing formed
during static and impact fracture of titanium alloys VT23 and VT23M is proposed. The …

Understanding the mechanical behavior of materials at extreme conditions, such as high
temperatures, high strain rates, and very large strains, is fundamental for applications where …

The ultrasonic impact treatment (UIT) of titanium specimens leads to the grain refinement
and formation of a strong basal texture in the surface layer, affecting the mechanical …

Deformation behavior of polycrystalline titanium was studied by numerical simulation in the
micromechanical and crystal plasticity frameworks. A three-dimensional model of a …

The influence of a texture on the mesoscale deformation-induced surface roughening in
titanium polycrystals is studied using direct microstructure-based simulations. Relying on the …