Study on processing characteristics of constrained abrasive jet polishing

Yan, Rong; Liu, Zhentong; Zhu, He

doi:10.1109/icma.2014.6885809

Cited by 4 publications

(3 citation statements)

References 4 publications

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“…The photographic values of Ra were observed in 3D microscope. When the machining gap is maintained minimum then the surface finish of glass is improved [21].…”

Section: Fig3-sem Images Of U Type and Square Type Groovesmentioning

confidence: 99%

A Research Review on Advanced Approches in Abrasive Jet Machining

Prasad¹,

Ravindranath²,

Devakumar³

2016

IOSR

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In the advanced areas of space, missile and nuclear technologies, there arise a need for machining components to maintain exact sharp edges, high accuracy, and precisely sized components. In the present era of modern machining, these requirements can be achieved with the help of advanced machining process like Abrasive Jet Machining (AJM).This paper presents an extensive review of the current state of research and development on abrasive jet machining process.

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“…The photographic values of Ra were observed in 3D microscope. When the machining gap is maintained minimum then the surface finish of glass is improved [21].…”

Section: Fig3-sem Images Of U Type and Square Type Groovesmentioning

confidence: 99%

A Research Review on Advanced Approches in Abrasive Jet Machining

Prasad¹,

Ravindranath²,

Devakumar³

2016

IOSR

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“…And also analyzed that it effect on shape factors both edged and rounded abrasive particles and also nozzle sizes have negligible effect on maximum air velocities. Yan et al (2014) designed and developed a new experimentation on polishing of K9 glass material namely Constrained-Abrasive Jet Polishing (C-AJP). This experimentation mainly constitutes two theories one is elastic emission and other abrasive fluid theory, after experimentation they concluded that as compared to conventional polishing method its gives high precision workpiece with less time and cost.…”

Section: Introductionmentioning

confidence: 99%

Experimental investigation on modified air abrasive jet machining (MAAJM)

Prasad

Ravindranath²,

Devakumar

2020

Production & Manufacturing Research

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In the past few decades, sophisticated machining industries are rapidly improved to attain the required shape of part within specific time and also not affecting/disturbing material properties. Accuracy of machined components is very important in every industry and geometrical accuracy of hole is vital in case of subassemblies of components. In this perspective, the researchers/experts updated their machinery time to time. In machining process, the mainly affected parameters are environment and time of machining zone, so in this case to overcome these problems encountered it is necessary to consider design of experiments which is having a great use in machining zone. This paper attempts new approach to produce hole within measurements on glass material using modified air abrasive jet machining (MAAJM) setup. Experiments were conducted on nickel material to evaluate the taper in machining. This (MAAJM) experimental work compared to stationary work table process is proven more accurate.

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“…Domiaty et al (2009) developed a mathematical model and analyzed MRR closed values in experiment and theoretical results. Yan (2014) carried out an experiment considering the parameters velocity, jet angle and Ra on k9 glass. Srikanth and Sreenivasa Rao (2014a, b, c) carried out drilling experiments on a fabricated machine in their laboratory.…”

Section: Introductionmentioning

confidence: 99%

Parametric optimization in modified air abrasive jet machining

Prasad

Ravindranath

Devakumar

2019

MMMS

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Purpose The choice of best machining parameters is an extremely basic factor in handling of any machined parts. The purpose of this paper is to exhibit a multi-objective optimization technique; in view of weighted aggregate sum product assessment (WASPAS) technique toward upgrade the machining parameters in modified air abrasive jet machining (MAAJM) process: injecting pressure, stand-off distance (SOD), and abrasive mesh size measure with 100 rpm rotatable worktable on Nickel 233 alloy material. Three conflicting destinations, material removal rate (MRR), surface roughness (SR) and taper angles (Ta), respectively, are considered at the same time. The proposed procedure uses WASPAS, which is the examination of parametric optimization of the abrasive jet machining (AJM) process. The results was used any scopes of reactions in MAAJM process is the ideal setting of parameters are resolved through investigations represented. There is wide utilization of Nickel 233 in aviation enterprises; machining information on producing a hole utilizing MAAJM for the first time is given in this work, which will be helpful different industries. Design/methodology/approach This paper exhibits a multi-objective optimization technique; in view of WASPAS technique toward upgrade the machining parameters in MAAJM process: injecting pressure, SOD, and abrasive mesh size measure with 100 rpm rotatable worktable on Nickel 233 alloy material. Findings As an outcome of using the tool in any ranges of responses in the AJM process, the optimal setting of parameters is determined through experiments illustrated. The machining data of generating a hole using AJM are studied for the first time in this work, which will be useful for aerospace industries, where Nickel 233 is used broadly. Originality/value A new material in unconventional machining process and also a multi-objective optimization technique are adopted.

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Study on processing characteristics of constrained abrasive jet polishing

Cited by 4 publications

References 4 publications

A Research Review on Advanced Approches in Abrasive Jet Machining

A Research Review on Advanced Approches in Abrasive Jet Machining

Experimental investigation on modified air abrasive jet machining (MAAJM)

Parametric optimization in modified air abrasive jet machining

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