Add to ORKGThe aim of the paper was to determine erosion effects of pulsating water jet impinging the surface of metal sample. The influence of repeated impacts of water pulses and impact velocity (operating pressure) on the erosion of metal surface was investigated. The development of erosion pattern with respect to number of impacts was analysed and discussed. It was found that erosion caused by repeated impacts of water pulses occurs in three stages. The stage of erosion of the surface can be determined by the behaviour of surface characteristics (such as Ra and Rz with respect to number of impacts of pulsating water jet
This study focuses on the further development of a new method of liquid erosion testing by means of ...
The paper has followed to study of the surface topography created by the pulsating water jet. It pr...
Paper deals with copper CW004A surface characteristics evaluation after\ndisintegration by enhanced ...
Cilj rada bio je utvrditi eroziju uzrokovanu pulsirajućim vodenim mlazom koji udara o površinu metal...
Rad se bavi određivanjem učinaka erozije pulsirajućeg vodenog mlaza koji udara na površinu uzoraka o...
The present study is focused on the disintegration effect of ultrasound-enhanced pulsating water jet...
The objective of this experiment is to verify an assumption that with decreasing value of feed rate...
A water-jet erosion test was carried out on grade-A ship steel to study the interaction and erosion ...
Investigation determines - relation between impact velocity and minimum number of impacts producing ...
The present study focuses on the hydrodynamic erosion of tantalum in the form of the disintegration ...
Presented article is focused on the comparison of erosion efficiency on the surface treatment of ult...
The study addresses the effect of multiple jet passes and other parameters namely feedrate, water pr...
Cílem předložené práce je pojednat o vlivu technologie pulzujícího vodního paprsku na povrch kovovýc...
It was published that the water-air two-phase jet could show better impact erosion ability than the ...
Results of an experiment focused on surface strengthening of AISI 304 stainless steel using pulsati...
This study focuses on the further development of a new method of liquid erosion testing by means of ...
The paper has followed to study of the surface topography created by the pulsating water jet. It pr...
Paper deals with copper CW004A surface characteristics evaluation after\ndisintegration by enhanced ...
Cilj rada bio je utvrditi eroziju uzrokovanu pulsirajućim vodenim mlazom koji udara o površinu metal...
Rad se bavi određivanjem učinaka erozije pulsirajućeg vodenog mlaza koji udara na površinu uzoraka o...
The present study is focused on the disintegration effect of ultrasound-enhanced pulsating water jet...
The objective of this experiment is to verify an assumption that with decreasing value of feed rate...
A water-jet erosion test was carried out on grade-A ship steel to study the interaction and erosion ...
Investigation determines - relation between impact velocity and minimum number of impacts producing ...
The present study focuses on the hydrodynamic erosion of tantalum in the form of the disintegration ...
Presented article is focused on the comparison of erosion efficiency on the surface treatment of ult...
The study addresses the effect of multiple jet passes and other parameters namely feedrate, water pr...
Cílem předložené práce je pojednat o vlivu technologie pulzujícího vodního paprsku na povrch kovovýc...
It was published that the water-air two-phase jet could show better impact erosion ability than the ...
Results of an experiment focused on surface strengthening of AISI 304 stainless steel using pulsati...
This study focuses on the further development of a new method of liquid erosion testing by means of ...
The paper has followed to study of the surface topography created by the pulsating water jet. It pr...
Paper deals with copper CW004A surface characteristics evaluation after\ndisintegration by enhanced ...