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A Literature Review on the Abrasivewater Jet Machining - AWJM Process


Affiliations
1 Mechanical Engineering Department, Universal Group of Institutes (UGI), Lalru, Punjab, India
 

Abrasive jet machining is the non-conventional material elimination method. It is an efficient machining method for processing a range of Hard and Brittle objects and has a variety of distinctive advantages over the additional non-traditional cutting technology, such as, high machining adaptability, smallest amount of stress on the work-piece, more flexibility no thermal deformation, and little cutting forces. This paper presents a widespread analysis of the existing situation of research and growth in the abrasive jet machining process. Advance challenges and extent of future growth in abrasive jet machining be as well anticipated. This review paper will assist researchers, manufacturers and strategy makers broadly.

Keywords

Abrasive Water Jet Machining (AWJM), Traverse Speed, Material Removal Rate (MRR), Stand-Off Distance (SOD), Surface Roughness.
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  • A Literature Review on the Abrasivewater Jet Machining - AWJM Process

Abstract Views: 360  |  PDF Views: 0

Authors

Anil Jindal
Mechanical Engineering Department, Universal Group of Institutes (UGI), Lalru, Punjab, India
Sandeep Sangwan
Mechanical Engineering Department, Universal Group of Institutes (UGI), Lalru, Punjab, India
Munish Kainth
Mechanical Engineering Department, Universal Group of Institutes (UGI), Lalru, Punjab, India

Abstract


Abrasive jet machining is the non-conventional material elimination method. It is an efficient machining method for processing a range of Hard and Brittle objects and has a variety of distinctive advantages over the additional non-traditional cutting technology, such as, high machining adaptability, smallest amount of stress on the work-piece, more flexibility no thermal deformation, and little cutting forces. This paper presents a widespread analysis of the existing situation of research and growth in the abrasive jet machining process. Advance challenges and extent of future growth in abrasive jet machining be as well anticipated. This review paper will assist researchers, manufacturers and strategy makers broadly.

Keywords


Abrasive Water Jet Machining (AWJM), Traverse Speed, Material Removal Rate (MRR), Stand-Off Distance (SOD), Surface Roughness.