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Schematic diagram of PAJP: ( a ) schematic diagram of PAJP system, ( b ) to...
Published Online: September 15, 2022
Fig. 1 Schematic diagram of PAJP: ( a ) schematic diagram of PAJP system, ( b ) tool system of PAJP device, and ( c ) polishing principle diagram of PAJP More
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Motion of abrasive particles in turbulent flow field: ( a ) microscopic mot...
Published Online: September 15, 2022
Fig. 2 Motion of abrasive particles in turbulent flow field: ( a ) microscopic motion model of abrasive particles near the wall surface and ( b ) schematic diagram of forces on abrasive particles More
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Determination of computational area: ( a ) simplified diagram of the contai...
Published Online: September 15, 2022
Fig. 3 Determination of computational area: ( a ) simplified diagram of the container and ( b ) mesh generation More
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Measuring instruments and abrasive fluid used in the experiments: ( a ) KEY...
Published Online: September 15, 2022
Fig. 5 Measuring instruments and abrasive fluid used in the experiments: ( a ) KEYENCE VHX-700 ultra depth of field microscope, ( b ) Spain Sensofar white light interferometer, and ( c ) alumina abrasive fluid More
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Velocity variation of flow field with different jet pressures: ( a ) jet pr...
Published Online: September 15, 2022
Fig. 6 Velocity variation of flow field with different jet pressures: ( a ) jet pressure of 0.2 MPa, ( b ) jet pressure of 0.4 MPa, ( c ) jet pressure of 0.6 MPa, ( d ) jet pressure of 0.8 MPa, ( e ) velocity curves of abrasive particles near the wall with different jet pressures, and ( f ) surfac... More
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Pressure variation of flow field with different jet pressures: ( a ) jet pr...
Published Online: September 15, 2022
Fig. 7 Pressure variation of flow field with different jet pressures: ( a ) jet pressure of 0.2 MPa, ( b ) jet pressure of 0.4 MPa, ( c ) jet pressure of 0.6 MPa, ( d ) jet pressure of 0.8 MPa, and ( e ) pressure curves of bottom wall with different jet pressures More
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Effect of jet pressure on maximum removal depth and surface roughness: ( a ...
Published Online: September 15, 2022
Fig. 8 Effect of jet pressure on maximum removal depth and surface roughness: ( a ) polished with jet pressure of 0.2 MPa, ( b ) polished with jet pressure of 0.4 MPa, ( c ) polished with jet pressure of 0.6 MPa, ( d ) polished with jet pressure of 0.8 MPa, and ( e ) curves of removal depth and ro... More
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Velocity variation of flow field with different jet angles: ( a ) jet angle...
Published Online: September 15, 2022
Fig. 9 Velocity variation of flow field with different jet angles: ( a ) jet angle of 30 deg, ( b ) jet angle of 45 deg, ( c ) jet angle of 60 deg, ( d ) jet angle of 90 deg, and ( e ) velocity curves of abrasive particles near the wall with different jet angles More
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Pressure variation of flow field with different jet angles: ( a ) jet angle...
Published Online: September 15, 2022
Fig. 10 Pressure variation of flow field with different jet angles: ( a ) jet angle of 30 deg, ( b ) jet angle of 45 deg, ( c ) jet angle of 60 deg, ( d ) jet angle of 90 deg, and ( e ) pressure curves of bottom wall with different jet angles More
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Effect of jet angle on maximum removal depth and surface roughness: ( a ) p...
Published Online: September 15, 2022
Fig. 11 Effect of jet angle on maximum removal depth and surface roughness: ( a ) polished with jet angle of 30 deg, ( b ) polished with jet angle of 45 deg, ( c ) polished with jet angle of 60 deg, ( d ) polished with jet angle of 90 deg, and ( e ) curves of removal depth and roughness with diffe... More
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Velocity variation of flow field with different jet distance: ( a ) jet dis...
Published Online: September 15, 2022
Fig. 12 Velocity variation of flow field with different jet distance: ( a ) jet distance of 2 mm, ( b ) jet distance of 4 mm, ( c ) jet distance of 6 mm, ( d ) jet distance of 8 mm, and ( e ) velocity curves of abrasive particles near the wall with different jet distances More
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Pressure variation of flow field with different jet distances: ( a ) jet di...
Published Online: September 15, 2022
Fig. 13 Pressure variation of flow field with different jet distances: ( a ) jet distance of 2 mm, ( b ) jet distance of 4 mm, ( c ) jet distance of 6 mm, ( d ) jet distance of 8 mm, and ( e ) pressure curves of bottom wall with different jet distances More
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Effect of jet distance on maximum removal depth and surface roughness: ( a ...
Published Online: September 15, 2022
Fig. 14 Effect of jet distance on maximum removal depth and surface roughness: ( a ) polishing with jet distance of 2 mm, ( b ) polishing with jet distance of 4 mm, ( c ) polished with jet distance of 6 mm, ( d ) polished with jet distance of 8 mm, and ( e ) curves of removal depth and roughness w... More
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Velocity variation of flow field with different abrasive concentrations: ( ...
Published Online: September 15, 2022
Fig. 15 Velocity variation of flow field with different abrasive concentrations: ( a ) abrasive concentration of 4%, ( b ) abrasive concentration of 6%, ( c ) abrasive concentration of 8%, ( d ) abrasive concentration of 10%, and ( e ) velocity curves of abrasive particles near the wall with diffe... More
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Pressure variation of flow field with different abrasive concentrations: ( ...
Published Online: September 15, 2022
Fig. 16 Pressure variation of flow field with different abrasive concentrations: ( a ) abrasive concentration of 4%, ( b ) abrasive concentration of 6%, ( c ) abrasive concentration of 8%, ( d ) abrasive concentration of 10%, and ( e ) pressure curves of bottom wall with different abrasive concent... More
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Effect of abrasive concentration on maximum removal depth and surface rough...
Published Online: September 15, 2022
Fig. 17 Effect of abrasive concentration on maximum removal depth and surface roughness: ( a ) polished with abrasive concentration 4%, ( b ) polished with abrasive concentration 6%, ( c ) polished with abrasive concentration 8%, ( d ) polished with abrasive concentration 10%, and ( e ) curves of ... More
Journal Articles
Accepted Manuscript
Article Type: Review Articles
J. Manuf. Sci. Eng.
Paper No: MANU-21-1627
Published Online: September 14, 2022