Predicting correlations in abrasive waterjet cutting parameters of Lanthanum phosphate/Yttria composite by response surface methodology

[Display omitted] •Lanthanum phosphate composite machined using abrasive waterjet machining.•Response Surface Methodology is used to analyze each individual parameter.•Microstructural study reveals the plastic deformation surface.•Optimal machining conditions are suggested for each output responses....

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Veröffentlicht in:Measurement : journal of the International Measurement Confederation 2019-01, Vol.131, p.309-318
Hauptverfasser: Balamurugan, K., Uthayakumar, M., Sankar, S., Hareesh, U.S., Warrier, K.G.K.
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container_start_page 309
container_title Measurement : journal of the International Measurement Confederation
container_volume 131
creator Balamurugan, K.
Uthayakumar, M.
Sankar, S.
Hareesh, U.S.
Warrier, K.G.K.
description [Display omitted] •Lanthanum phosphate composite machined using abrasive waterjet machining.•Response Surface Methodology is used to analyze each individual parameter.•Microstructural study reveals the plastic deformation surface.•Optimal machining conditions are suggested for each output responses. The machining property of Lanthanum phosphate/Yttria prepared by the aqueous sol-gel process is evaluated using abrasive waterjet machine. Jet pressure, Stand-off distance, and traverse speed are taken as the governing parameters on material removal rate, kerf angle and surface profile roughness. Silicon carbide 80 mesh size is taken as abrasive. A linear cut is done on the composite of geometry Ø30 mm and 7 mm thickness for the L20 orthogonal array to study the process correlation that exhibits between the independent parameters. The equations are predicted through response surface methodology are evaluated. From the observations, jet pressure has found to have a significant effect on material removal rate and kerf angle whereas, traverse speed significantly affects surface profile to the greater extent. The microscopic examination of the kerf surface reveals the plastic deformation surface, wear track and presence of more numbers of valley and peaks regions in the top kerf surface. The study on this new functional composite will improve the utilization of the composite and will be a database for the researchers, to improve and extends the usage of the composite for different applications.
doi_str_mv 10.1016/j.measurement.2018.09.009
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The machining property of Lanthanum phosphate/Yttria prepared by the aqueous sol-gel process is evaluated using abrasive waterjet machine. Jet pressure, Stand-off distance, and traverse speed are taken as the governing parameters on material removal rate, kerf angle and surface profile roughness. Silicon carbide 80 mesh size is taken as abrasive. A linear cut is done on the composite of geometry Ø30 mm and 7 mm thickness for the L20 orthogonal array to study the process correlation that exhibits between the independent parameters. The equations are predicted through response surface methodology are evaluated. From the observations, jet pressure has found to have a significant effect on material removal rate and kerf angle whereas, traverse speed significantly affects surface profile to the greater extent. The microscopic examination of the kerf surface reveals the plastic deformation surface, wear track and presence of more numbers of valley and peaks regions in the top kerf surface. 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subjects Abrasive cutting
Abrasive machining
Abrasive waterjet
Correlation analysis
Cutting parameters
Deformation wear
High speed machining
Kerf
Lanthanide phosphates
Lanthanum
LaPO4/Y2O3 composite
Material removal rate (machining)
Microstructure
Optimization
Parameter optimization
Phosphates
Plastic deformation
Response surface methodology
Silicon carbide
Sol-gel processes
Surface tension
Yttrium oxide
title Predicting correlations in abrasive waterjet cutting parameters of Lanthanum phosphate/Yttria composite by response surface methodology
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