Indentation, owing to its ability to induce permanent deformation in a controlled manner
even in highly brittle materials that are otherwise not amenable to critical mechanical testing …

Nanoindentation is the leading technique for evaluating nanoscale mechanical properties of
materials. Consistent developments in instrumentation and their capabilities are …

A general nano-mechanical test platform capable of performing variable temperature and
variable strain rate testing in situ in the scanning electron microscope is described. A variety …

The mined underground space is formed by the exploitation of resources and minerals. On
the basis of review analysis of experiences of utilization of mined underground space over …

This paper explores the evolution mechanisms of metastable phases during the
nanoindentation on monocrystalline silicon. Both the molecular dynamics (MD) and the in …

Nanoindentation-induced formation of high pressure crystalline phases (Si-III and Si-XII)
during unloading has been studied by Raman micro-spectroscopy, cross-sectional …

Indentation-induced phase transformation processes were studied by in situ Raman
microspectroscopy of the deformed contact region of silicon on sapphire samples during …

Electronic materials such as semiconductors, piezo‐and ferroelectrics, and metal oxides are
primary constituents in sensing, actuation, nanoelectronics, memory, and energy systems …

In situ electrical measurements during nanoindentation of Czochralski grown p-type
crystalline silicon (100) have been performed using a conducting diamond Berkovich …

This paper examines the accuracy of the extracted elastic properties using the
nanoindentation technique on elasto-plastic materials. The application of the correction …