Add to ORKGThe article deals with the study of the wear of the hydrodynamic nozzle and its\ninfluence on the generation of a self-excited pulsating water jet (SPWJ). The nozzle\nwas monitored for the ability of the waterjet to erode the surface of the aluminum\nalloy EN AW 6060 at regular intervals
Nozzle wear dependence on abrasive water jet system parameters and nozzle geometry is experimentally...
With the increasing application of abrasive water jets in industry, developing new materials to impr...
Advantages and possibilities of continuous ultra-high-speed waterjets (with\npressures of 600 MPa an...
Parameters that influence nozzle wear in the abrasive water jet (AWJ) environment were identified an...
An abrasive water jet (AWJ) system is a manufacturing tool that uses high pressure (200-400 MPa) wat...
The aim of the paper was to determine erosion effects of pulsating water jet impinging the surface ...
A pulsating waterjet is a technological modification of a conventional waterjet that utilizes ultras...
Presented article is focused on the comparison of erosion efficiency on the surface treatment of ult...
Rad se bavi određivanjem učinaka erozije pulsirajućeg vodenog mlaza koji udara na površinu uzoraka o...
This paper discusses a review on nozzle wear in abrasive water jet machining application. Wear of th...
The self-resonating water jet offers the advantages of both a cavitation jet and a pulsed jet, and t...
AbstractPresented article is focused on surface integrity evaluation of brass CW614N form the sight ...
The present study is focused on the disintegration effect of ultrasound-enhanced pulsating water jet...
The present study focuses on the hydrodynamic erosion of tantalum in the form of the disintegration ...
The objective of this experiment is to verify an assumption that with decreasing value of feed rate...
Nozzle wear dependence on abrasive water jet system parameters and nozzle geometry is experimentally...
With the increasing application of abrasive water jets in industry, developing new materials to impr...
Advantages and possibilities of continuous ultra-high-speed waterjets (with\npressures of 600 MPa an...
Parameters that influence nozzle wear in the abrasive water jet (AWJ) environment were identified an...
An abrasive water jet (AWJ) system is a manufacturing tool that uses high pressure (200-400 MPa) wat...
The aim of the paper was to determine erosion effects of pulsating water jet impinging the surface ...
A pulsating waterjet is a technological modification of a conventional waterjet that utilizes ultras...
Presented article is focused on the comparison of erosion efficiency on the surface treatment of ult...
Rad se bavi određivanjem učinaka erozije pulsirajućeg vodenog mlaza koji udara na površinu uzoraka o...
This paper discusses a review on nozzle wear in abrasive water jet machining application. Wear of th...
The self-resonating water jet offers the advantages of both a cavitation jet and a pulsed jet, and t...
AbstractPresented article is focused on surface integrity evaluation of brass CW614N form the sight ...
The present study is focused on the disintegration effect of ultrasound-enhanced pulsating water jet...
The present study focuses on the hydrodynamic erosion of tantalum in the form of the disintegration ...
The objective of this experiment is to verify an assumption that with decreasing value of feed rate...
Nozzle wear dependence on abrasive water jet system parameters and nozzle geometry is experimentally...
With the increasing application of abrasive water jets in industry, developing new materials to impr...
Advantages and possibilities of continuous ultra-high-speed waterjets (with\npressures of 600 MPa an...