This study focusses on exploring the effect of using Pulsating water jet technology\nas a surface treatment process. The AISI 304 plate samples were subjected to\nthe treatment process using circular nozzle at different levels of pressure and\nstand-off distance combination with variation of traverse speed. For evaluating\nthe effect of peening the surface residual stress was measured using the x-ray\ndiffraction technique. The results showed that the initial tensile residual stresses\non the surface were relieved and converted to compressive residual stress.\nThe present study shows that the new technology can be used as a potential\nsurface treatment method
The paper has followed to study of the surface topography created by the pulsating water jet. It pr...
High-speed waterjet peening technology has attracted a lot of interest and is now being widely studi...
Mechanical surface modification such as shot peening offer powerful enhancement of fatigue propertie...
AbstractWater jet peening is a mechanical surface strengthening process which has gained momentum in...
Peening techniques are nowadays attracting more research attention due to their association with the...
Our goal for this study was to understand the cause of the differences in surface properties between...
As a countermeasure against high residual stress, some residual stress improvement methods have been...
In many industries, such as aerospace, surface enhancement is a vital process to improve the fatigue...
The residual stress and subsurface hardness of welded joints treated by peening using an ultrasonic ...
The present study investigates a combined effect of waterjet peening and smoothing on the surface of...
Effects of action of pulsating water jet on polished surface of the stainless steel AISI 316L are p...
Water jet peening (WJP) is used as a stress improvement method and a countermeasure against stress c...
We have developed a practical peening technology using cavitating water jet. Water jet peening (WJP)...
In today’s practice, mechanical surface treatments have been widely applied particularly in the auto...
Results of an experiment focused on surface strengthening of AISI 304 stainless steel using pulsati...
The paper has followed to study of the surface topography created by the pulsating water jet. It pr...
High-speed waterjet peening technology has attracted a lot of interest and is now being widely studi...
Mechanical surface modification such as shot peening offer powerful enhancement of fatigue propertie...
AbstractWater jet peening is a mechanical surface strengthening process which has gained momentum in...
Peening techniques are nowadays attracting more research attention due to their association with the...
Our goal for this study was to understand the cause of the differences in surface properties between...
As a countermeasure against high residual stress, some residual stress improvement methods have been...
In many industries, such as aerospace, surface enhancement is a vital process to improve the fatigue...
The residual stress and subsurface hardness of welded joints treated by peening using an ultrasonic ...
The present study investigates a combined effect of waterjet peening and smoothing on the surface of...
Effects of action of pulsating water jet on polished surface of the stainless steel AISI 316L are p...
Water jet peening (WJP) is used as a stress improvement method and a countermeasure against stress c...
We have developed a practical peening technology using cavitating water jet. Water jet peening (WJP)...
In today’s practice, mechanical surface treatments have been widely applied particularly in the auto...
Results of an experiment focused on surface strengthening of AISI 304 stainless steel using pulsati...
The paper has followed to study of the surface topography created by the pulsating water jet. It pr...
High-speed waterjet peening technology has attracted a lot of interest and is now being widely studi...
Mechanical surface modification such as shot peening offer powerful enhancement of fatigue propertie...