It is important to measure nanomechanical properties of materials for extreme environments
at temperatures that match their operating conditions so that the data are more relevant than …

In this paper, the elastoplastic and creep constitutive behaviors of sintered silver with varying
amounts of nickel-modified multiwall carbon nanotubes are studied through a systematic …

In this work a new ultra-high temperature (UHT) nanoindentation system for testing at up to
1100° C is presented. The system is capable to perform indents from small scale up to large …

Alloyed MCrAlY bond coats, where M is usually cobalt and/or nickel, are essential parts of
modern turbine blades, imparting environmental resistance while mediating thermal …

It is of the uttermost interest to understand the mechanical performance and deformation
mechanisms contributing to small-scale plasticity of materials in micro …

Laser manufacturing is widely used in modern industries for its high efficiency and accuracy.
In the present work, the microstructures and mechanical properties of the laser-induced …

Nanoindentation creep behavior and underlying mechanisms of nanocrystalline (NC) Ni and
NC Ni-20 wt% Fe (Ni-Fe) alloy were investigated at room temperature by a new testing …

High-temperature nanoindentation measurements were employed to reveal the fundamental
deformation behavior of γ and γ′ single-phase in nickel-based superalloy at various …

Nanoindentation experiments were conducted under loading rates of 500–6000 μN/s and
applied peak loads of 4000− 12000 μN to measure the creep behavior of DD407 Ni-base …

Static recrystallization kinetics, at 300° C, of a hot rolled commercial purity aluminum alloy
AA1050 has been investigated using high temperature nanoindentation. Annealing …