In this study, digital image correlation (DIC) combined with the hole-drilling method is used
to measure residual stress in full-scale steel components. According to the displacements …

This study involved fully pearlitic wires of seven different diameters (5.5–1.6 mm). All
samples were laboratory annealed to re-austenitize and were then air-cooled to reform the …

Grinding fluid selection is becoming increasingly constrained by environmental
considerations, thus requiring the substitution of the conventionally used oil-based coolants …

The aim of this paper is to provide spatially resolved distributions of residual stresses. X-ray
diffraction measurements provide an intrinsic average of the residual stress due to the …

The influence of pulsed substrate bias duty cycle on the growth, microstructure, and defects
of Ti 1-x Al x N coatings grown by cathodic arc deposition was investigated. Ti 1-x Al x N …

X-ray penetration in magnesium alloys is significant due to the low X-ray mass attenuation
coefficient. To measure the surface residual stresses in magnesium alloys, a correction …

The work is devoted to the investigation of nanohardness and tribological properties in TiB2
coatings deposited on austenitic steel substrates using an unbalanced magnetron sputtering …

Amorphous diamond-like carbon coating (DLC) of 2 μm in thickness was deposited over the
aluminum alloy substrate using magnetron sputtering deposition technique. In order to …

Incremental sheet forming (ISF) is known for many advantages over conventional forming,
such as part flexibility, low tooling cost and higher formability. Previously various studies …

In this paper we present the results of experimental measurements and numerical modeling
of the effect of particle size on the residual thermal stresses arising in sintered metal–matrix …