Authors:
Prasad, BK
Modi, OP
Jha, AK
Dasgupta, R
Das, S
Mondal, DP
Yegneswaran, AH
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Authors:
Dasgupta, R
Modi, OP
Yadav, MS
Yegneswaran, AH
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Authors:
Modi, OP
Yadav, RP
Prasad, BK
Jha, AK
Das, S
Yegneswaran, AH
Citation: Op. Modi et al., Three-body abrasion of a cast zinc-aluminium alloy: influence of Al2O3 dispersoid and abrasive medium, WEAR, 249(9), 2001, pp. 792-799
Authors:
Modi, OP
Yadav, RP
Mondal, DP
Dasgupta, R
Das, S
Yegneswaran, AH
Citation: Op. Modi et al., Abrasive wear behaviour of zinc-aluminium alloy - 10% Al2O3 composite through factorial design of experiment, J MATER SCI, 36(7), 2001, pp. 1601-1607
Authors:
Prasad, BK
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Yegneswaran, AH
Citation: Bk. Prasad et al., Wear characteristics of a zinc-based alloy compared with a conventional bearing bronze under mixed lubrication conditions: Effects of material and test parameters, CAN METAL Q, 40(2), 2001, pp. 193-210
Authors:
Prasad, BK
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Yegneswaran, AH
Citation: Bk. Prasad et al., Tensile properties of some copper- and zinc-based alloys: Effects of strain rate and test temperature, J MAT ENG P, 9(6), 2000, pp. 688-699
Authors:
Prasad, BK
Das, S
Modi, OP
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Yegneswaran, AH
Citation: Bk. Prasad et al., Wear response of a Zn-base alloy in the presence of SiC particle reinforcement: A comparative study with a copper-base alloy, J MAT ENG P, 8(6), 1999, pp. 693-700
Authors:
Dasgupta, R
Roy, A
Prasad, BK
Yegneswaran, AH
Citation: R. Dasgupta et al., Effect of experimental parameters on the high-stress abrasive wear behavior of steels and a software package for its prediction, J MAT ENG P, 8(3), 1999, pp. 375-379
Authors:
Prasad, BK
Jha, AK
Das, S
Modi, OP
Dasgupta, R
Yegneswaran, AH
Citation: Bk. Prasad et al., Sliding wear response of a zinc-aluminum alloy as affected by SiC particledispersion and test conditions, J MAT SCI L, 18(21), 1999, pp. 1731-1734
Authors:
Modi, OP
Yadav, RP
Prasad, BK
Jha, AK
Das, S
Yegneswaran, AH
Citation: Op. Modi et al., Microstructure and wear of zinc-aluminium alloys: Influence of secondary processing and alloy composition, Z METALLKUN, 90(6), 1999, pp. 439-443
Citation: Jp. Pandey et al., Dry sliding wear behaviour of a zinc-based alloy: A comparative study witha leaded-tin bronze, MATER T JIM, 39(11), 1998, pp. 1121-1125
Authors:
Prasad, BK
Venkateswarlu, K
Modi, OP
Jah, AK
Das, S
Dasgupta, R
Yegneswaran, AH
Citation: Bk. Prasad et al., The effects of primary silicon particles on the sliding wear behavior of aluminum-silicon alloys, J MAT SCI L, 17(16), 1998, pp. 1381-1383
Authors:
Prasad, BK
Venkateswarlu, K
Jha, AK
Modi, OP
Das, S
Dasgupta, R
Yegneswaran, AH
Citation: Bk. Prasad et al., Sliding wear response of an Al-Cu alloy: the influence of SiC particle reinforcement and test parameters, J MAT SCI L, 17(13), 1998, pp. 1121-1123
Authors:
Prasad, BK
Das, S
Dasgupta, R
Modi, OP
Jha, AK
Yegneswaran, AH
Citation: Bk. Prasad et al., Two-body abrasion characteristics of a zinc-based alloy: effects of SiC particle reinforcement and related factors, J MAT SCI L, 17(11), 1998, pp. 901-903
Authors:
Mondal, DP
Das, S
Jha, AK
Yegneswaran, AH
Citation: Dp. Mondal et al., Abrasive wear of Al alloy-Al2O3 particle composite: a study on the combined effect of load and size of abrasive, WEAR, 223(1-2), 1998, pp. 131-138