A comparison is presented between conventional tensile stress‐strain curves and those
obtained via two methodologies based on (spherical) indentation. The first, termed …

The impacts of the parameters controlling the finite element simulation of instrumented
indentation tests and their consequences on numerical results are reviewed in case of …

The ball indentation technique based on deforming a material with a spherical indenter is an
useful non-destructive tool for evaluating mechanical properties from a very small volume of …

This paper reviews various techniques to characterize material by interpreting load-
displacement data from instrumented indentation tests. Scaling and dimensionless analysis …

In this paper, a method for identification of the plastic properties of structural steels that
exhibit a plastic plateau in their stress-strain curve from spherical indentation was proposed …

The engineering stress–strain curve is one of the most convenient characterizations of the
constitutive behavior of materials that can be obtained directly from uniaxial experiments …

This paper outlines an inverse analysis approach aimed at the identification of the
mechanical properties of metallic materials based on the experimental results obtained from …

Based on the indentation load–displacement curve, spherical indentation may deduce
material elastoplastic properties from the measurements at several depths (which mimics the …

Powered by machine learning and computer technology, neural networks have opened new
paths for solving engineering problems. In this paper, the plastic parameters, ie, the yield …

Due to the strengthening mechanisms mainly contributed to dispersed nano TiB 2 particles,
plastic mechanical property of Al matrix in hot-extruded in-situ TiB 2/2024 composite …