Nanoindentation has become an increasingly popular method to determine the mechanical
properties of both homogeneous and heterogeneous materials. Rocks are inherently …

Nanoindentation experiments are widely used for assessing the local mechanical properties
of materials. In recent years some new exciting developments have been performed for also …

Deformation at high strain rates often results in high stresses on many engineering
materials, potentially leading to catastrophic failure without proper design. High-strain-rate …

The time-independent and time-dependent mechanical behavior of electrochemically
lithiated silicon was studied with nanoindentation. As indentation was performed with …

We have performed in-situ micropillar compression to investigate the local strain rate
sensitivity of single α phase in dual-phase Ti alloy, Ti–6Al–2Sn–4Zr–2Mo (wt%). Electron …

Using nanoindentation we have investigated the local strain rate sensitivity in dual-phase Ti
alloys, Ti–6Al–2Sn–4Zr-xMo (x= 2 and 6), as strain rate sensitivity could be a potential factor …

Nanoindentation has been widely utilized for measuring mechanical properties at small
scales over the past three decades. Indentation size effect (ISE) is a crucial phenomenon in …

Titanium alloys are widely used in light weight applications such as jet engine fans, where
their mechanical performance under a range of loading regimes is important. Titanium alloys …

Nanocrystalline and amorphous Ga2O3 films (≈ 200 nm) with variable structural quality are
produced by sputter‐deposition by varying the substrate temperature (Ts= 25–700° C). The …

Rocks can deform at varying scales (nano-, micro-and macro-scale) under different
temperatures, pressures, stresses, and time conditions. Sub-core scale (nano-to micro …