The nanoindentation test is frequently used as an alternate method to obtain the mechanical
properties of ductile materials. However, due to the lack of information about the effects of …

Nanoindentation utilizes a hard indenter probe to deform the sample surface in order to
measure local properties, such as indentation modulus and hardness. Initially intended for …

A mechanical model based on a generalized Kelvin–Voigt model has been developed to
explain and fit the nanoindentation curves realized on three amorphous polymers (PC …

Nanoindentation data measured on soda-lime glass were analyzed by assuming that the
test material has a load-independent hardness number. The area function was established …

Rapid dendrite growth in single-or dual-phase multicomponent alloys can be manipulated to
improve the mechanical properties of such metallic materials. Rapid growth of (αFe) …

The demand for metallic materials of exceptional tribological performance is rapidly growing
due to constant development of automotive, tool or implant industry. As great attention …

Results from nanoindentation of aluminum single crystals deliver valuable information as
model systems for understanding technical aluminum alloys. The effect of the crystal …

This paper conducted a preliminary examination on the effect of microstructural
inhomogeneity on the reproducibility of the nanoindentation data. Nanoindentation tests …

The acidification damage in the external anode mortar caused by the anodic reactions
significantly influences the efficiency of impressed current cathodic protection for reinforced …

Accurate determination of frame compliance is an essential component of instrumented
micro-and nanoindentation experiments. In load frames of finite stiffness, the load applied …