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Results: 1-13 |
Results: 13
SLIDING WEAR BEHAVIOR OF SOME AL-SI ALLOYS - ROLE OF SHAPE AND SIZE OF SI PARTICLES AND TEST CONDITIONS
Authors: PRASAD BK VENKATESWARLU K MODI OP JHA AK DAS S DASGUPTA R YEGNESWARAN AH
Citation: Bk. Prasad et al., SLIDING WEAR BEHAVIOR OF SOME AL-SI ALLOYS - ROLE OF SHAPE AND SIZE OF SI PARTICLES AND TEST CONDITIONS, Metallurgical and materials transactions. A, Physical metallurgy andmaterials science, 29(11), 1998, pp. 2747-2752
LOW-STRESS ABRASIVE WEAR BEHAVIOR OF A HARDFACED STEEL
Authors: DASGUPTA R PRASAD BK JHA AK MODI OP DAS S YEGNESWARAN AH
Citation: R. Dasgupta et al., LOW-STRESS ABRASIVE WEAR BEHAVIOR OF A HARDFACED STEEL, Journal of materials engineering and performance, 7(2), 1998, pp. 221-226
EFFECTS OF SWAGING AND ALUMINUM CONTENT ON THE MICROSTRUCTURE AND MECHANICAL AND SLIDING WEAR PROPERTIES OF ZINC-BASED ALLOYS
Authors: MODI OP YADAV RP PRASAD BK JHA AK DASGUPTA R DIXIT G
Citation: Op. Modi et al., EFFECTS OF SWAGING AND ALUMINUM CONTENT ON THE MICROSTRUCTURE AND MECHANICAL AND SLIDING WEAR PROPERTIES OF ZINC-BASED ALLOYS, Materials transactions, JIM, 39(5), 1998, pp. 582-586
ROLE OF ALLOY MATRIX AND DISPERSOID ON CORROSION BEHAVIOR OF CAST-ALUMINUM ALLOY COMPOSITES
Authors: MODI OP SAXENA M PRASAD BK JHA AK DAS S YEGNESWARAN AH
Citation: Op. Modi et al., ROLE OF ALLOY MATRIX AND DISPERSOID ON CORROSION BEHAVIOR OF CAST-ALUMINUM ALLOY COMPOSITES, Corrosion, 54(2), 1998, pp. 129-134
FACTORS CONTROLLING THE ABRASIVE WEAR RESPONSE OF A ZINC-BASED ALLOY SILICON-CARBIDE PARTICLE COMPOSITE
Authors: PRASAD BK DAS S JHA AK MODI OP DASGUPTA R YEGNESWARAN AH
Citation: Bk. Prasad et al., FACTORS CONTROLLING THE ABRASIVE WEAR RESPONSE OF A ZINC-BASED ALLOY SILICON-CARBIDE PARTICLE COMPOSITE, Composites. Part A, Applied science and manufacturing, 28(4), 1997, pp. 301-308
SLURRY EROSIVE WEAR CHARACTERISTICS OF A HARD FACED STEEL - EFFECT OFEXPERIMENTAL PARAMETERS
Authors: DASGUPTA R PRASAD BK JHA AK MODI OP DAS S YEGNESWARAN AH
Citation: R. Dasgupta et al., SLURRY EROSIVE WEAR CHARACTERISTICS OF A HARD FACED STEEL - EFFECT OFEXPERIMENTAL PARAMETERS, Wear, 213(1-2), 1997, pp. 41-46
WEAR CHARACTERISTICS OF A HARDFACED STEEL IN SLURRY
Authors: DASGUPTA R PRASAD BK JHA AK MODI OP DAS S YEGNESWARAN AH
Citation: R. Dasgupta et al., WEAR CHARACTERISTICS OF A HARDFACED STEEL IN SLURRY, Wear, 209(1-2), 1997, pp. 255-262
INFLUENCE OF THE SIZE AND MORPHOLOGY OF SILICON PARTICLES ON THE PHYSICAL, MECHANICAL AND TRIBOLOGICAL PROPERTIES OF SOME ALUMINUM-SILICON ALLOYS
Authors: PRASAD BK VENKATESWARLU K MODI OP YEGNESWARAN AH
Citation: Bk. Prasad et al., INFLUENCE OF THE SIZE AND MORPHOLOGY OF SILICON PARTICLES ON THE PHYSICAL, MECHANICAL AND TRIBOLOGICAL PROPERTIES OF SOME ALUMINUM-SILICON ALLOYS, Journal of materials science letters, 15(20), 1996, pp. 1773-1776
ABRASIVE WEAR CHARACTERISTICS OF ZN-37.2AL-2.5CU-0.2MG ALLOY DISPERSED WITH SILICON-CARBIDE PARTICLES
Authors: PRASAD BK JHA AK MODI OP DAS S YEGNESWARAN AH
Citation: Bk. Prasad et al., ABRASIVE WEAR CHARACTERISTICS OF ZN-37.2AL-2.5CU-0.2MG ALLOY DISPERSED WITH SILICON-CARBIDE PARTICLES, Materials transactions, JIM, 36(8), 1995, pp. 1048-1057
ABRASIVE WEAR BEHAVIOR OF AN AISI-5132 STEEL UNDER LOW STRESSES
Authors: MODI OP PRASAD BK DAS S JHA AK YEGNESWARAN AH
Citation: Op. Modi et al., ABRASIVE WEAR BEHAVIOR OF AN AISI-5132 STEEL UNDER LOW STRESSES, Materials transactions, JIM, 35(1), 1994, pp. 67-73
THE EFFECTS OF ALUMINA FIBERS ON THE SLIDING WEAR OF A CAST-ALUMINUM ALLOY
Authors: PRASAD BK MODI OP JHA AK
Citation: Bk. Prasad et al., THE EFFECTS OF ALUMINA FIBERS ON THE SLIDING WEAR OF A CAST-ALUMINUM ALLOY, Tribology international, 27(3), 1994, pp. 153-158
EROSION AND CORROSION CHARACTERISTICS OF AN ALUMINUM-ALLOY ALUMINA FIBER-COMPOSITE
Authors: SAXENA M MODI OP PRASAD BK JHA AK
Citation: M. Saxena et al., EROSION AND CORROSION CHARACTERISTICS OF AN ALUMINUM-ALLOY ALUMINA FIBER-COMPOSITE, Wear, 169(1), 1993, pp. 119-124
3-BODY ABRASIVE WEAR OF 0.98-PERCENT CARBON-STEEL
Authors: DAS S PRASAD BK JHA AK MODI OP YEGNESWARAN AH
Citation: S. Das et al., 3-BODY ABRASIVE WEAR OF 0.98-PERCENT CARBON-STEEL, Wear, 162, 1993, pp. 802-810
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