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Results: 1-10 |
Results: 10
AN INVESTIGATION OF THE MECHANICS OF SLIDING METALLIC WEAR UNDER LUBRICATED CONDITIONS
Authors: KOPALINSKY EM OXLEY PLB
Citation: Em. Kopalinsky et Plb. Oxley, AN INVESTIGATION OF THE MECHANICS OF SLIDING METALLIC WEAR UNDER LUBRICATED CONDITIONS, Wear, 214(1), 1998, pp. 38-46
ANALYSIS AND EXPERIMENTAL INVESTIGATION OF A SIMPLIFIED BURNISHING PROCESS
Authors: BLACK AJ KOPALINSKY EM OXLEY PLB
Citation: Aj. Black et al., ANALYSIS AND EXPERIMENTAL INVESTIGATION OF A SIMPLIFIED BURNISHING PROCESS, International journal of mechanical sciences, 39(6), 1997, pp. 629
SLIDING METALLIC WEAR TEST WITH IN-PROCESS WEAR MEASUREMENT - A NEW APPROACH TO COLLECTING AND APPLYING WEAR DATA
Authors: BLACK AJ KOPALINSKY EM OXLEY PLB
Citation: Aj. Black et al., SLIDING METALLIC WEAR TEST WITH IN-PROCESS WEAR MEASUREMENT - A NEW APPROACH TO COLLECTING AND APPLYING WEAR DATA, Wear, 200(1-2), 1996, pp. 30-37
A NUMERICAL-METHOD FOR DETERMINING TEMPERATURE DISTRIBUTIONS IN MACHINING WITH COOLANT .1. MODELING THE PROCESS
Authors: LI X KOPALINSKY EM OXLEY PLB
Citation: X. Li et al., A NUMERICAL-METHOD FOR DETERMINING TEMPERATURE DISTRIBUTIONS IN MACHINING WITH COOLANT .1. MODELING THE PROCESS, Proceedings of the Institution of Mechanical Engineers. Part B, Journal of engineering manufacture, 209(1), 1995, pp. 33-43
A NUMERICAL-METHOD FOR DETERMINING TEMPERATURE DISTRIBUTIONS IN MACHINING WITH COOLANT .2. CALCULATION METHOD AND RESULTS
Authors: LI X KOPALINSKY EM OXLEY PLB
Citation: X. Li et al., A NUMERICAL-METHOD FOR DETERMINING TEMPERATURE DISTRIBUTIONS IN MACHINING WITH COOLANT .2. CALCULATION METHOD AND RESULTS, Proceedings of the Institution of Mechanical Engineers. Part B, Journal of engineering manufacture, 209(1), 1995, pp. 45-52
INVESTIGATION OF THE DEFORMATION AND DAMAGE SUSTAINED BY A WEARING SURFACE IN SLIDING METALLIC FRICTION
Authors: KOPALINSKY EM OXLEY PLB
Citation: Em. Kopalinsky et Plb. Oxley, INVESTIGATION OF THE DEFORMATION AND DAMAGE SUSTAINED BY A WEARING SURFACE IN SLIDING METALLIC FRICTION, Journal of tribology, 117(2), 1995, pp. 315-320
EXPLAINING THE MECHANICS OF METALLIC SLIDING FRICTION AND WEAR IN TERMS OF SLIPLINE FIELD MODELS OF ASPERITY DEFORMATION
Authors: KOPALINSKY EM OXLEY PLB
Citation: Em. Kopalinsky et Plb. Oxley, EXPLAINING THE MECHANICS OF METALLIC SLIDING FRICTION AND WEAR IN TERMS OF SLIPLINE FIELD MODELS OF ASPERITY DEFORMATION, Wear, 190(2), 1995, pp. 145-154
METALLIC SLIDING FRICTION UNDER BOUNDARY LUBRICATED CONDITIONS - INVESTIGATION OF THE INFLUENCE OF LUBRICANT AT THE START OF SLIDING
Authors: KOPALINSKY EM BLACK AJ
Citation: Em. Kopalinsky et Aj. Black, METALLIC SLIDING FRICTION UNDER BOUNDARY LUBRICATED CONDITIONS - INVESTIGATION OF THE INFLUENCE OF LUBRICANT AT THE START OF SLIDING, Wear, 190(2), 1995, pp. 197-203
ASPERITY DEFORMATION MODELS FOR EXPLAINING THE MECHANISMS INVOLVED INMETALLIC SLIDING FRICTION AND WEAR - A REVIEW
Authors: BLACK AJ KOPALINSKY EM OXLEY PLB
Citation: Aj. Black et al., ASPERITY DEFORMATION MODELS FOR EXPLAINING THE MECHANISMS INVOLVED INMETALLIC SLIDING FRICTION AND WEAR - A REVIEW, Proceedings of the Institution of Mechanical Engineers. Part C, Journal of mechanical engineering science, 207(5), 1993, pp. 335-353
THE WAVE MODEL OF METALLIC SLIDING FRICTION - AN INVESTIGATION OF THETRANSITION FROM INITIAL INDENTATION TO STEADY-STATE WAVE FORMATION INA MODEL ASPERITY EXPERIMENT
Authors: BLACK AJ KOPALINSKY EM OXLEY PLB
Citation: Aj. Black et al., THE WAVE MODEL OF METALLIC SLIDING FRICTION - AN INVESTIGATION OF THETRANSITION FROM INITIAL INDENTATION TO STEADY-STATE WAVE FORMATION INA MODEL ASPERITY EXPERIMENT, Journal of physics. D, Applied physics, 26(11), 1993, pp. 1892-1899
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