Microscratch responses of 14 bulk metallic glasses were investigated by Rockwell C
diamond indenter under progressive normal load. Effects of mechanical properties on …

Fracture toughness can be measured by microscratch test from objective force and depth
measurement, which is much convenient than indentation approach and conventional …

A diamond sphere of radius 105 μm was used to slide on fused silica under ramping load
from 5 mN to 5 N in order to investigate scratch-induced deformation and micro-cracking of …

The scratch test is used for quality control mostly in phenomenological ways, and whether
fracture toughness can be obtained from this test is still a matter of debate requiring further …

Microscratch test was conducted on sixteen metals by Berkovich and Rockwell C 120°
diamond indenters to compare scratch responses of metals under progressive normal force …

In the present paper, a comparative study on the load-bearing as well as shielding
performance against hypervelocity impact of space debris of sandwich panels with body …

In this study, the abrasive wear of pearlitic steel was investigated, including the
corresponding microstructural changes at the sub-surface. Multi-pass scratch tests were …

A notch-induced high-speed splitting method was developed for high-quality cropping of
metal bars using a new type of electric-pneumatic counter hammer. Theoretical equations …

In the present paper, a comparative study on load-bearing as well as hypervelocity impact
shielding performance of sandwich panels with face-centered cubic (FCC) lattice core is …

In this work, an exhaustive finite element (FE) simulation was developed to closely
reproduce experimental parameters such as normal force, tangential force, and penetration …