Nanoindentation is a depth-registering hardness testing method which is not only limited to
measuring hardness. With suitable methodology it is possible to measure the Young¿ s …

A series of repeated loading nanoindentation experiments were performed on muscovite
with a sharp indenter tip and loading direction normal to the basal plane, and the maximum …

Cyclic nanoindentation loading is a localized fatigue test providing very useful informations
on dynamic damage phenomena of nanostructured materials. The main goal of the present …

Modern nanoindentation devices are capable of dynamic experimentations, which allow us
to exploit instrumented hardness tests extensively. Beside the assets of recording …

Cyclic nanoindentation allows characterizing the influence of single phases and their
interactions on fatigue mechanisms. Herein, a method for high cycle fatigue testing by …

Despite its relevance, fatigue is a phenomenon hardly investigated on the micro-and nano-
scale. Recent developments in nanoindentation instrumentation have opened up new …

A new displacement modulation based dynamic indentation method is demonstrated and
shown to be effective for viscoelastic characterization of a glassy polymer. The analysis of …

Nanoindentation strain rate jump tests and nanoindentation creep experiments are widely
used methods to evaluate the strain rate sensitivity on the nanoscale [1]. However, for …

The effects of stress on the measurement of hardness and elastic modulus in aluminum alloy
8009 have been studied experimentally and by finite element simulation. The experiments …

Die ständig wachsende Bevölkerung und gleichzeitig eine zunehmende Mobilität bis ins
hohe Alter führen zu einem rasant steigenden Ressourcenbedarf. Dies erfordert einen …