Cavitation impacts at bubble collapse normally cause severe damage in hydraulic machineries. However, cavitation impact can be utilized to improve fatigue strength the same way as shot peening. In the present paper, the possibility of cavitation impact for peen forming was investigated. Peen forming is used to make curvature of main wing of airplanes. Cavitation impacts were produced by a cavitating jet in air, which was injected low-speed water jet and high-speed water jet into air by using concentric nozzle. It was concluded that convex curve of duralumin plate was produced by the cavitating jet in air
This paper presents a novel compound strengthening method based on laser-induced peening and cavitat...
In this paper the investigation and analysis of ductile materials behavior under cavitation bubble c...
Shot peening technologies can improve the performance of materials and extend the service life of pa...
Cavitation impact at cavitation bubble collapse can be utilized for surface enhancement in the same ...
Cavitation impact at cavitation bubble collapse can be utilized for surface enhancement in the same ...
Although impacts at cavitation bubble collapses cause severe damage in hydraulic machineries, the ca...
This paper gives an overview of the art, crafl and science of "Cavitation Shotless Peening &quo...
It was demonstrated in the present paper that cavitation peening which is one of the mechanical surf...
Mechanical surface modification such as shot peening offer powerful enhancement of fatigue propertie...
In many industries, such as aerospace, surface enhancement is a vital process to improve the fatigue...
Water-jet cavitation peening (WCP) is a new technology for the surface modification of metallic mate...
Currently, a wide variety of alloying elements are added to Al to strengthen it, which complicates t...
Conventional shot peening has been used for almost a century as a means to mechanically improve the ...
Cavitation is a micron-scale process in which short-lived vapor bubbles form and collapse, giving wa...
Ultrasonic cavitation peening is an environmentally friendly technology to improve surface propertie...
This paper presents a novel compound strengthening method based on laser-induced peening and cavitat...
In this paper the investigation and analysis of ductile materials behavior under cavitation bubble c...
Shot peening technologies can improve the performance of materials and extend the service life of pa...
Cavitation impact at cavitation bubble collapse can be utilized for surface enhancement in the same ...
Cavitation impact at cavitation bubble collapse can be utilized for surface enhancement in the same ...
Although impacts at cavitation bubble collapses cause severe damage in hydraulic machineries, the ca...
This paper gives an overview of the art, crafl and science of "Cavitation Shotless Peening &quo...
It was demonstrated in the present paper that cavitation peening which is one of the mechanical surf...
Mechanical surface modification such as shot peening offer powerful enhancement of fatigue propertie...
In many industries, such as aerospace, surface enhancement is a vital process to improve the fatigue...
Water-jet cavitation peening (WCP) is a new technology for the surface modification of metallic mate...
Currently, a wide variety of alloying elements are added to Al to strengthen it, which complicates t...
Conventional shot peening has been used for almost a century as a means to mechanically improve the ...
Cavitation is a micron-scale process in which short-lived vapor bubbles form and collapse, giving wa...
Ultrasonic cavitation peening is an environmentally friendly technology to improve surface propertie...
This paper presents a novel compound strengthening method based on laser-induced peening and cavitat...
In this paper the investigation and analysis of ductile materials behavior under cavitation bubble c...
Shot peening technologies can improve the performance of materials and extend the service life of pa...