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Results: 1-9 |
Results: 9
EXPERIMENTAL-STUDY BY MEANS OF THIN-LAYER ACTIVATION OF THE HUMIDITY INFLUENCE ON THE FRETTING WEAR OF STEEL SURFACES
Authors: DEBAETS P KALACSKA G STRIJCKMANS K VANDEVELDE F VANPETEGHEM AP
Citation: P. Debaets et al., EXPERIMENTAL-STUDY BY MEANS OF THIN-LAYER ACTIVATION OF THE HUMIDITY INFLUENCE ON THE FRETTING WEAR OF STEEL SURFACES, Wear, 216(2), 1998, pp. 131-137
A MATHEMATICAL, GEOMETRICAL WEAR MODEL FOR CONTINUOUS WEAR MEASUREMENTS BASED ON THE NORMAL APPROACH BETWEEN A SPHERICAL AND A FLAT SPECIMEN SUBJECT TO FRETTING
Authors: DEBAETS P VANDEVELDE F VANPETEGHEM AP
Citation: P. Debaets et al., A MATHEMATICAL, GEOMETRICAL WEAR MODEL FOR CONTINUOUS WEAR MEASUREMENTS BASED ON THE NORMAL APPROACH BETWEEN A SPHERICAL AND A FLAT SPECIMEN SUBJECT TO FRETTING, Wear, 208(1-2), 1997, pp. 50-56
CHARACTERIZATION OF THE FRETTING WEAR OF UNLUBRICATED STEEL SURFACES BASED ON THE COMPARISON OF WEAR RESULTS OBTAINED BY DIFFERENT METHODS
Authors: DEBAETS P STRIJCKMANS K VANPETEGHEM AP
Citation: P. Debaets et al., CHARACTERIZATION OF THE FRETTING WEAR OF UNLUBRICATED STEEL SURFACES BASED ON THE COMPARISON OF WEAR RESULTS OBTAINED BY DIFFERENT METHODS, Wear, 208(1-2), 1997, pp. 169-176
CALCULATION OF THE IMPEDANCE OF NONCYLINDRICAL PORES .1. INTRODUCTIONOF A MATRIX CALCULATION METHOD
Authors: ELOOT K DEBUYCK F MOORS M VANPETEGHEM AP
Citation: K. Eloot et al., CALCULATION OF THE IMPEDANCE OF NONCYLINDRICAL PORES .1. INTRODUCTIONOF A MATRIX CALCULATION METHOD, Journal of Applied Electrochemistry, 25(4), 1995, pp. 326-333
CALCULATION OF THE IMPEDANCE OF NONCYLINDRICAL PORES .2. EXPERIMENTAL-VERIFICATION ON PORES DRILLED INTO STAINLESS-STEEL
Authors: ELOOT K DEBUYCK F MOORS M VANPETEGHEM AP
Citation: K. Eloot et al., CALCULATION OF THE IMPEDANCE OF NONCYLINDRICAL PORES .2. EXPERIMENTAL-VERIFICATION ON PORES DRILLED INTO STAINLESS-STEEL, Journal of Applied Electrochemistry, 25(4), 1995, pp. 334-339
CORRELATION BETWEEN THE THICKNESS AND THE SPECIFIC MASS OF AN ANODIZATION LAYER ON ALUMINUM AND THE MEASURED CURRENT TRANSIENT
Authors: DEBUYCK F MOORS M VANPETEGHEM AP
Citation: F. Debuyck et al., CORRELATION BETWEEN THE THICKNESS AND THE SPECIFIC MASS OF AN ANODIZATION LAYER ON ALUMINUM AND THE MEASURED CURRENT TRANSIENT, Materials chemistry and physics, 38(2), 1994, pp. 169-174
MEMBRANE AGING AND RELATED PHENOMENA IN LIQUID SURFACTANT MEMBRANES PROCESS
Authors: ABOUNEMEH I VANPETEGHEM AP
Citation: I. Abounemeh et Ap. Vanpeteghem, MEMBRANE AGING AND RELATED PHENOMENA IN LIQUID SURFACTANT MEMBRANES PROCESS, Separation science and technology, 29(6), 1994, pp. 727-741
MEMBRANE RECYCLING IN THE LIQUID SURFACTANT MEMBRANE PROCESS
Authors: ABOUNEMEH I VANPETEGHEM AP
Citation: I. Abounemeh et Ap. Vanpeteghem, MEMBRANE RECYCLING IN THE LIQUID SURFACTANT MEMBRANE PROCESS, Industrial & engineering chemistry research, 32(7), 1993, pp. 1431-1437
THE INFLUENCE OF THE ANODIZATION TEMPERATURE AND VOLTAGE ON THE POROSITY OF THE ANODIZATION LAYER ON ALUMINUM
Authors: DEBUYCK F MOORS M VANPETEGHEM AP
Citation: F. Debuyck et al., THE INFLUENCE OF THE ANODIZATION TEMPERATURE AND VOLTAGE ON THE POROSITY OF THE ANODIZATION LAYER ON ALUMINUM, Materials chemistry and physics, 36(1-2), 1993, pp. 146-149
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