Micro-and nanomechanical testing has seen a rapid development over the last decade with
miniaturized test rigs and MEMS-based devices providing access to the mechanical …

Nanoindentation measurement capabilities at elevated temperatures have developed
considerably over the last two decades. Commercially available systems can now perform …

An extensive range of metals can be dissolved and re-deposited in liquid solvents using
electrochemistry. We harness this concept for additive manufacturing, demonstrating the …

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 …

The strength of metals increases with decreasing sample size, a trend known as the size
effect. In particular, focused ion beam-milled body-centered cubic (BCC) micropillars exhibit …

As the backbone material of the information age, silicon is extensively used as a functional
semiconductor and structural material in microelectronics and microsystems. At ambient …

Many emerging applications in microscale engineering rely on the fabrication of 3D
architectures in inorganic materials. Small‐scale additive manufacturing (AM) aspires to …

As nanoindentation at high temperatures becomes increasingly popular, a review of
indenter materials for usage at high temperatures is instructive for identifying appropriate …

Micromechanical testing is normally limited to the quasi-static strain rate regime: 10− 5 to
10− 2 s− 1. In this work, a nanomechanical testing device has been developed that allows …

The purpose of this study is to investigate the mechanisms involved in the wear of cobalt-
based interfaces at high temperature. The studied contact is a cobalt-based alloy subjected …