To understand comprehensively the relationship between material ductility and stress state,
the new shear, shear-compression, and shear-tension specimens were specially designed …

Uniaxial compression, uniaxial tension, and new double shear experimental methods are
used to study the effect of stress state on the mechanical behaviors of Ti-6Al-4V over a wide …

Selective laser melting technology makes it possible to produce 3D cellular lattice structures
with controlled porosity. The paper reflects to machining and examination of structures with …

Due to the difficulties in decoupling of the strain rate and stress state effects at high strain
rates, very few constitutive models can account for the both effects simultaneously. Based on …

Triply periodic minimal surfaces (TPMS) allow the production of structural components with
high mechanical strength and energy absorption capacity and significantly reduce material …

Studies have shown that the deformation of Ti alloys is due to the competition between
hardening and softening effects under dynamic loading. However, there are limited …

The relation between stress collapse and nucleation of adiabatic shear band (ASB) remains
incompletely understood. To further understand this topic, the evolution of shear deformation …

To study the mechanical performance of materials under dynamic and proportional biaxial
tensile loadings, the electromagnetic Hopkinson bar system was employed. Dynamic biaxial …

In this paper, the mechanical behavior of a bainite-based quenching-partitioning (BQ&P)
steel under high strain rates in a range of 2200–3600/s was studied using Split Hopkinson …

The mechanical behavior and microstructure characteristics of pure titanium with hat-shaped
specimens compressed under quasi-static and dynamic loading were investigated. Results …