Static indentation and dynamic indentation are reviewed, with a focus on extraction of
material properties of isotropic strain-hardening polycrystalline metals that may be rate-and …

Small specimen test techniques (SSTTs), developed for scarce materials, industrial
products, in-service equipment, etc., could be challenging to obtain sufficient materials for …

Finite element (FE) modeling of instrumented dynamic indentation experiments in a
miniature Kolsky bar is undertaken. Geometry, including an output bar with machined …

Indentation is a simple and one of the oldest small-scale test methods for characterizing the
mechanical response of materials. Recently, there has been a growing interest in dynamic …

The article is devoted to modification of the impact devices of Leeb hardness testers for the
implementation of the dynamic instrumented indentation method. The results obtained made …

To determine the cross-scale mechanism of hydrogen embrittlement, the coupling effect of
hydrogen and strain rate of 2.25 Cr1Mo0. 25V steel plastic behavior was investigated by …

Abstract The Johnson-Cook (JC) flow stress model is widely used in finite element analysis
(FEA) in various fields to express the deformation behavior of metallic materials under high …

This paper investigates the uniaxial tensile mechanical properties and flow behavior of Ti-
6Al-4V alloys with equiaxed microstructure at cryogenic temperatures ranging from 77 K to …

The Hopkinson tension bar technique is widely used and is the only method utilized to
measure the mechanical behaviors of materials under a high strain rate; however, many …

The paper presents effect of temperature on the structure and mechanical properties of
mechanically alloyed AlMg-AgO composite. Compression tests performed at 293K-823K …