The high strain rate dependence of the flow stress of metals and alloys is described from a
dislocation mechanics viewpoint over a range beginning from conventional …

The high-strain-rate response of ultra-fine-grained (UFG) copper processed by equal
channel angular pressing (ECAP) was characterized by three different dynamic testing …

Abstract Ultra-High Performance Concrete (UHPC) is an innovative cement based material
with superior strength for engineering structures. The mechanical properties of the …

Sheet-bulk metal forming (SBMF) is an advanced technology to efficiently produce high-
quality parts based on high resource utilization. Coining, a kind of SBMF, can be used to …

Taylor impact tests in the classic and symmetric configurations were applied to analyse the
development of plastic deformation and damage in Al-6082-T6 rods. Deformation histories …

This study applies high rate forming technology to the manufacture of miniature parts and
proposes a novel miniature parts bulk forming method, that is, laser shock micro-bulk …

Aluminum 5083 was tested using forward Taylor impact experiments for impact velocities
ranging from 75 to 393 m/s, using stereo digital image correlation (DIC) at 320,000 Hz as the …

Experimental efforts for Taylor-anvil impact tests have often been limited to near room
temperature. The 'Reverse Gun'method proposed by Gust in 1982 allows for the Taylor …

Anvil-on-rod impact experiments were performed on zirconium-based bulk metallic glass
rods with stainless steel confinement sleeves. High-speed photography and velocity …

Dynamic material testing is increasingly crucial for establishing a comprehensive description
of material models. One of the primary testing methods is the Taylor Anvil Test (TAT). In this …