The performance of two methods, termed Manual and Optimization, for determining the
values of the constitutive-model parameters for Yoshida-Uemori (YU) isotropic-kinematic …

This study investigates the mechanisms behind the great mechanical properties observed at
room temperature for a dual-phase Ti-6Al-2Sn-4Zr-2Mo-Si titanium alloy with equiaxed (α+ …

The effect of kinematic hardening on springback predictions in sheet metals was rigorously
clarified using a modular bending-under-tension test. DP600 sheet samples were tested …

Hot die forging-quenching-aging (FQA) of superalloy turbine discs is a complex process with
multi-field coupling constraints, which makes the accurate prediction of residual stress (RS) …

This work is aimed at investigating the influence of hardening models on the prediction of
plastic responses of sheet metals under strain path change conditions. An enhanced back …

The specific loading-path change during sheet metal forming may lead to some abnormal
deformation phenomena. Two-stage orthogonal loading paths without elastic unloading …

Springback notoriously depends on the strain-path history of the sheet material during
forming. The bending-under-tension (BUT) test is used in this work for a discriminant …

Advanced hardening models accurately describe the transient plastic behavior (reyielding,
stagnation, resumption...) after various strain-path changes (reverse, orthogonal...) …

Otomotiv sektöründe sürekli bir değişim ve gelişim yaşanmaktadır. Bu değişim, araçların
performansı, güvenliği ve sürdürülebilirliği üzerinde doğrudan etkiye sahip olan malzeme …