Comparative study on the effects of three unconventional cutting technologies on cut surface quality
C Radu, E Herghelegiu, C Schnakovszky - 2015 - nopr.niscpr.res.in
This paper is dedicated to a comparative study on the effects of three unconventional
technologies: abrasive water jet (AWJ), plasma arc cutting and laser cutting on the cut …
technologies: abrasive water jet (AWJ), plasma arc cutting and laser cutting on the cut …
The surface quality of AWJ cut parts as a function of abrasive material reusing rate
C Schnakovszky, E Herghelegiu… - IOP Conference …, 2015 - iopscience.iop.org
Abrasive water jet cutting (AWJ) has been extensively used during the last years to process
a large variety of materials since it offers important advantages as a good quality of the …
a large variety of materials since it offers important advantages as a good quality of the …
The Metal Sheets Processed by AWJ. Analysis of the Surface Quality
C Schnakovszky, E Herghelegiu… - Advanced Materials …, 2014 - Trans Tech Publ
Abrasive water jet (AWJ) is a nonconventional machining process in which abrasive grains
in a high-speed water jet collide with the sample and erode it. This technology has been …
in a high-speed water jet collide with the sample and erode it. This technology has been …
Comparative Analysis of the Quality of Parts Made by an Aluminum Alloy Processed by Unconventional Cutting Methods
MC Radu, E Herghelegiu… - Applied Mechanics …, 2013 - Trans Tech Publ
The emergence of new materials that cannot be processed by conventional methods
(milling, turning and drilling) led to the unconventional processing technologies. In case of …
(milling, turning and drilling) led to the unconventional processing technologies. In case of …
The Thermal Effect of Unconventional Cutting Technologies on Steel DIN 1.7102
P Stoklasek, A Mizera, M Manas… - Materials Science Forum, 2020 - Trans Tech Publ
New technologies known as unconventional technologies make it possible to cut complex
shapes at high speed and with relatively high precision. In many cases, especially in the …
shapes at high speed and with relatively high precision. In many cases, especially in the …