Add to ORKGEffects of action of pulsating water jet on polished surface of the stainless steel AISI 316L are presented. Surface slip bands appeared after this treatment. In the most severe conditions, microcracks were formed. Hardness measurement showed that the affected layer was thinner than 60 μm. Application of the pulsating water jet has beneficial effect on the fatigue life of the material
Cílem předložené práce je pojednat o vlivu technologie pulzujícího vodního paprsku na povrch kovovýc...
AbstractWater jet peening is a mechanical surface strengthening process which has gained momentum in...
The local residual stresses (tensile) generated on the surface of a component during its manufacturi...
Results of an experiment focused on surface strengthening of AISI 304 stainless steel using pulsati...
The present study investigates a combined effect of waterjet peening and smoothing on the surface of...
The present study investigates a combined effect of waterjet peening and smoothing on the surface of...
This study focusses on exploring the effect of using Pulsating water jet technology\nas a surface tr...
The residual stress and subsurface hardness of welded joints treated by peening using an ultrasonic ...
The article deals with the measurement of micro-hardness of the track by the action of ultrasonic ex...
Peening techniques are nowadays attracting more research attention due to their association with the...
This article deals with the effect of periodically acting liquid droplets on the polished surfaces o...
Presented article is focused on the comparison of erosion efficiency on the surface treatment of ult...
Effects of laser shock peening, water jet cavitation peening, water jet shot peening, and ultrasonic...
The influence of waterjet peening on the residual stresses and fatigue performance of AISI 304 is in...
The aim of the paper was to determine erosion effects of pulsating water jet impinging the surface ...
Cílem předložené práce je pojednat o vlivu technologie pulzujícího vodního paprsku na povrch kovovýc...
AbstractWater jet peening is a mechanical surface strengthening process which has gained momentum in...
The local residual stresses (tensile) generated on the surface of a component during its manufacturi...
Results of an experiment focused on surface strengthening of AISI 304 stainless steel using pulsati...
The present study investigates a combined effect of waterjet peening and smoothing on the surface of...
The present study investigates a combined effect of waterjet peening and smoothing on the surface of...
This study focusses on exploring the effect of using Pulsating water jet technology\nas a surface tr...
The residual stress and subsurface hardness of welded joints treated by peening using an ultrasonic ...
The article deals with the measurement of micro-hardness of the track by the action of ultrasonic ex...
Peening techniques are nowadays attracting more research attention due to their association with the...
This article deals with the effect of periodically acting liquid droplets on the polished surfaces o...
Presented article is focused on the comparison of erosion efficiency on the surface treatment of ult...
Effects of laser shock peening, water jet cavitation peening, water jet shot peening, and ultrasonic...
The influence of waterjet peening on the residual stresses and fatigue performance of AISI 304 is in...
The aim of the paper was to determine erosion effects of pulsating water jet impinging the surface ...
Cílem předložené práce je pojednat o vlivu technologie pulzujícího vodního paprsku na povrch kovovýc...
AbstractWater jet peening is a mechanical surface strengthening process which has gained momentum in...
The local residual stresses (tensile) generated on the surface of a component during its manufacturi...