A mechanical constitutive relationship is the basis for the design and application of structural
materials, and the establishment of a mechanical constitutive relationship generally relies on …

The application of commercially pure titanium (CP–Ti) has long been limited by its
insufficient strength and plastic instability. However, strength enhancement typically comes …

In this study, a heterostructure of Ti 2 AlNb alloy (Ti-22Al-26Nb) was fabricated using
directional heating treatment (DHT) technology. The microstructure of the alloy was …

Hot isostatic pressing (HIP) has emerged as a highly effective and extensively adopted
technique for eliminating intrinsic flaws, mitigating residual stress, and addressing …

Understanding the interfacial structures and the induced solute segregation behaviors at the
atomic scale can facilitate the design of high-performance materials. However, the diversity …

Multiscale modeling approaches have demonstrated ample value in understanding,
predicting, and engineering materials response. While increasing computational power has …

In this work, anisotropic fatigue crack growth rate (FCGR) behaviour in a hot-rolled Mg-3wt%
Al-0.5 wt% Ce alloy was investigated using compact tension (CT) specimens with notch (an) …

This work investigates the effect of different strain paths related to equal channel angular
pressing (ECAP) routes A, BC, and C on the deformation behaviour, microstructure and …

Compared to commercial magnesium (Mg) alloys, recently the low-alloyed Mg alloys have
attracted extensive research interest for their advantages in formability, corrosion resistance …

Improving the formability of sheet metal is a constant challenge in microforming. In this study,
applying normal stresses to the specimen surface is found to be an effective method for …