The main objective of this work is to propose a new experimental device able to give for a
single specimen a good prediction of rheological parameters and formability under static …

Influences of interface friction and specimen configuration on the material dynamic response
using split Hopkinson pressure bar (SHPB) experiment are evaluated using nonlinear finite …

Full understanding of the thermomechanical behaviors of materials at high strain rates and
high temperatures are of great importance from not only scientific meaning but also practical …

Determination of the mechanical properties of materials under the combined effects of high-
temperatures and high strain-rates has been an important and challenging issue. A strategy …

The primary objective of this study was to explore the influence of infill density on the
dynamic characteristics of 3D printed components. Polyethylene terephthalate glycol (CF …

Geothermal energy, as a widely distributed, clean, and renewable resource, have garnered
significant global attention. Granite is a major kind of hot dry rock, which is closely related to …

An experimental method for measuring dynamic behavior of materials at high temperatures
(up to 1600℃) was proposed in this work. The experimental system includes a classical split …

The behavior of materials under high strain rates is pivotal to their deformation during
machining processes. This research focuses on numerical modeling of the dynamic …

Background There are a variety of approaches that can be employed for Hopkinson bar
compression testing and there is no standard procedure. Objectives A Split-Hopkinson …

ABSTRACT A split‐Hopkinson tension bar system is modified to allow for measuring the
stress–strain behaviour of ductile materials at large strains, high strain rates and elevated …