Indentation is a remarkably flexible mechanical test due to its relative experimental
simplicity. Coupled with advances in instrument development, ease of implementation has …

This paper presents a method for acquiring true stress–strain curves over large range of
strains using engineering stress–strain curves obtained from a tensile test coupled with a …

Indentation is widely used to extract material elastoplastic properties from the measured
force–displacement curves. One of the most well-established indentation techniques utilizes …

Small-scale mechanical testing on irradiated materials is gaining popularity in the nuclear
materials community due to the fact that mechanical property changes can be evaluated …

In this study, a deep learning based nanoindentation method is proposed to reduce the
complexities in evaluating mechanical properties of polymers. To uniquely identify the …

This study derives a uniaxial tensile flow from spherical indentation data using an artificial
neural network (ANN) combined with finite element (FE) analysis. The feasibility of the FE …

Проведен обзор основных методов измерения твердости в хронологическом порядке.
Рассмотрены следующие методы измерения твердости: статическая твердость …

Spherical indentation has the potential for measuring the elastic–plastic properties of a
power-law hardening bulk specimen with just one simple test. In this paper, based on a new …

A procedure for determining the stress–strain curve including post-necking strain is
proposed. Hourglass type specimens were used for tensile tests, and the stress–strain …

Despite advances in mechanical testing at small scales and testing at high strain rates,
studies of mechanical behavior of materials remain largely qualitative in the regimes where …