In this study, hardness, microstructure and lattice parameters were analyzed and discussed as a function of the annealing temperature.
In this work we study hardness modification due to white layer formation in cutting and its influence on the material behavior.
Nanoindentation was used to study hardness at the level of individual grains; resonant ultrasound spectroscopy was used to measure the elastic moduli and porosity; and bulge and tensile tests were used to study released films under biaxial and uniaxial tensions.
In the present study, hardness was obtained by two different methods using II data from rough surfaces: the usually adopted Oliver Pharr method and the one proposed by Malzbender, which is based on the mechanical energies during indentation tests.
In this study, hardness, stickiness, springiness, chewiness, gumminess, cohesiveness, and restoring force were determined as described by Bourne [ 56].
Failure analysis (visual inspection, metallographic studies and hardness measurements) has been carried out.
Further studies on hardness should be initiated as they provide another means of testing the strength of the bone.
The present work aims to study the hardness and wear resistance of electroless Ni B coatings.
A comparative study of hardness and Young's modulus for carbon microneedles and SU-8 microneedles was performed to evaluate the increased strength of the microneedles induced by the C-MEMS process steps.
In addition, nanoindentation test was used to study the hardness and Young's modulus of EP matrix.
