Accurate and efficient characterization and modelling of deformation responses are critically
essential in the development of advanced metal forming processes. This work presents a …

The application of interrupted die motion during the deformation process in a servo press
cycle is known to enhance the forming limit of metallic materials. This observation is …

Abstract By using Impact Hydro-bending (IHB), the room-temperature spring-back of Ti-6Al-
4V sheet can be reduced significantly. However, the existing analytical models for spring …

Alumina-forming austenitic (AFA) steel, a promising candidate for use in high-temperature
components of ultra-supercritical power plants, has high creep strengths and outstanding …

Modeling springback in sheet materials is challenging in aluminum alloys, especially when
a complex strain path is applied. This paper presents results from pure bending experiments …

Ceramic-metal composites, or cermets, exhibit beneficial properties resulting in their use in
many industrial applications. One challenge with cermets is mismatches in the coefficient of …

The incremental elasto-visco-plastic self-consistent polycrystal model (Δ EVPSC) was
utilized to describe the constitutive behavior of dual-phase 980 (DP980) steel. A simple …

Thermomechanical processing of titanium alloys often requires complex routes to achieve
the desired final microstructure. Recent advancements in modeling and simulation tools …

Cryogenic forming has been developed to manufacture thin-walled curved aluminum alloy
components, whose final dimensions are affected by cryogenic shrinkage and springback …

This study presents a novel dual-scale finite element method to establish a microstructure-
informed ductile fracture criterion for ferrite–martensite dual-phase (DP) steel. At the …