The behavior of a material under high-strain rate compression can be different from quasi-
static one and can be determined by using the so-called Split-Hopkinson Pressure Bar …

Blast load is a crucial parameter in blasting construction design and numerical simulation.
However, it is characterized by dense energy, high loading rate and complex action process …

In this study, bulk metallic glass composite (BMGC) reinforced with a novel spiral structure of
tungsten wires was prepared. The composite exhibits a high ultimate strength of 2830 MPa …

Rock dynamic fracture is usually accompanied by numerous energy loss, to reveal energy
evolution laws during rock dynamic fracture, the single cleavage triangle (SCT) specimens …

Nimonic 80A is a nickel-chrome superalloy, commonly used due to its high resistance
against creep, oxidation, and temperature corrosion. This paper presents the material …

Understanding the high-strain rate compressive behavior and related energy absorption
performances of Douglas fir and glubam is crucial for the application of these materials …

In this theoretical and numerical analysis, a low-order network model is used to investigate a
thermoacoustic system with discrete rotational symmetry. Its geometry resembles that of the …

The microstructures of additively manufactured (AM) metal components have been shown to
be heterogeneous and spatially variable when compared to conventionally manufactured …

Novel materials such as fiber-metal laminates (FMLs) have demonstrated significant
potential in a variety of applications. They must contend with problems such fatigue, creep …

The investigation of inhomogeneous materials under dynamic conditions presents several
challenges, particularly with regard to testing the dynamic properties of concrete, which …