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Results: 1-25/32
Authors:
BOERSMA BJ
BRETHOUWER G
NIEUWSTADT FTM
Citation: Bj. Boersma et al., A NUMERICAL INVESTIGATION ON THE EFFECT OF THE INFLOW CONDITIONS ON THE SELF-SIMILAR REGION OF A ROUND JET, Physics of fluids, 10(4), 1998, pp. 899-909
Authors:
VANHAARLEM B
BOERSMA BJ
NIEUWSTADT FTM
Citation: B. Vanhaarlem et al., DIRECT NUMERICAL-SIMULATION OF PARTICLE DEPOSITION ONTO A FREE-SLIP AND NO-SLIP SURFACE, Physics of fluids (1994), 10(10), 1998, pp. 2608-2620
Authors:
SHAN H
ZHANG Z
NIEUWSTADT FTM
Citation: H. Shan et al., DIRECT NUMERICAL-SIMULATION OF TRANSITION IN PIPE-FLOW UNDER THE INFLUENCE OF WALL DISTURBANCES, International journal of heat and fluid flow, 19(4), 1998, pp. 320-325
Authors:
VERSTEEGH TAM
NIEUWSTADT FTM
Citation: Tam. Versteegh et Ftm. Nieuwstadt, TURBULENT BUDGETS OF NATURAL-CONVECTION IN AN INFINITE, DIFFERENTIALLY HEATED, VERTICAL CHANNEL, International journal of heat and fluid flow, 19(2), 1998, pp. 135-149
Authors:
DRAAD AA
NIEUWSTADT FTM
Citation: Aa. Draad et Ftm. Nieuwstadt, THE EARTH ROTATION AND LAMINAR PIPE-FLOW, Journal of Fluid Mechanics, 361, 1998, pp. 297-308
Authors:
XU W
CHEN Q
NIEUWSTADT FTM
Citation: W. Xu et al., A NEW TURBULENCE MODEL FOR NEAR-WALL NATURAL-CONVECTION, International journal of heat and mass transfer, 41(21), 1998, pp. 3161-3176
Authors:
DENTOONDER JMJ
NIEUWSTADT FTM
Citation: Jmj. Dentoonder et Ftm. Nieuwstadt, REYNOLDS-NUMBER EFFECTS IN A TURBULENT PIPE-FLOW FOR LOW TO MODERATE RE, Physics of fluids, 9(11), 1997, pp. 3398-3409
Authors:
DENTOONDER JMJ
HULSEN MA
KUIKEN GDC
NIEUWSTADT FTM
Citation: Jmj. Dentoonder et al., DRAG REDUCTION BY POLYMER ADDITIVES IN A TURBULENT PIPE-FLOW - NUMERICAL AND LABORATORY EXPERIMENTS, Journal of Fluid Mechanics, 337, 1997, pp. 193-231
Authors:
BOERSMA BJ
KOOPER MN
NIEUWSTADT FTM
WESSELING P
Citation: Bj. Boersma et al., LOCAL GRID REFINEMENT IN LARGE-EDDY SIMULATIONS, Journal of engineering mathematics, 32(2-3), 1997, pp. 161-175
Authors:
XU C
ZHANG Z
DENTOONDER JMJ
NIEUWSTADT FTM
Citation: C. Xu et al., ORIGIN OF HIGH KURTOSIS LEVELS IN THE VISCOUS SUBLAYER - DIRECT NUMERICAL-SIMULATION AND EXPERIMENT, Physics of fluids, 8(7), 1996, pp. 1938-1944
Authors:
XU CX
NIEUWSTADT FTM
ZHANG ZS
Citation: Cx. Xu et al., MECHANISM FOR STRONG NORMAL VELOCITY FLUCTUATIONS IN VISCOUS SUBLAYER, Science in China. Series A, Mathematics, Physics, Astronomy & Technological Sciences, 39(5), 1996, pp. 520-527
Authors:
DENTOONDER JMJ
KUIKEN GDC
NIEUWSTADT FTM
Citation: Jmj. Dentoonder et al., A CRITERION FOR IDENTIFYING STRONG FLOW REGIONS IN TURBULENCE, European journal of mechanics. B, Fluids, 15(5), 1996, pp. 735-753
REYNOLDS-NUMBER-DEPENDENCE OF THE MAXIMUM IN THE STREAMWISE VELOCITY FLUCTUATIONS IN WALL TURBULENCE
Authors:
MOCHIZUKI S
NIEUWSTADT FTM
Citation: S. Mochizuki et Ftm. Nieuwstadt, REYNOLDS-NUMBER-DEPENDENCE OF THE MAXIMUM IN THE STREAMWISE VELOCITY FLUCTUATIONS IN WALL TURBULENCE, Experiments in fluids, 21(3), 1996, pp. 218-226
Authors:
NIEUWSTADT FTM
DUYNKERKE PG
Citation: Ftm. Nieuwstadt et Pg. Duynkerke, TURBULENCE IN THE ATMOSPHERIC BOUNDARY-LAYER, Atmospheric research, 40(2-4), 1996, pp. 111-142
Authors:
CUIJPERS JWM
DUYNKERKE PG
NIEUWSTADT FTM
Citation: Jwm. Cuijpers et al., ANALYSES OF VARIANCE AND FLUX BUDGETS IN CUMULUS-TOPPED BOUNDARY-LAYERS, Atmospheric research, 40(2-4), 1996, pp. 307-337
Authors:
BOERSMA BJ
NIEUWSTADT FTM
Citation: Bj. Boersma et Ftm. Nieuwstadt, LARGE-EDDY SIMULATION OF TURBULENT-FLOW IN A CURVED PIPE, Journal of fluids engineering, 118(2), 1996, pp. 248-254
Authors:
MOLLINGER AM
NIEUWSTADT FTM
Citation: Am. Mollinger et Ftm. Nieuwstadt, MEASUREMENT OF THE LIFT FORCE ON A PARTICLE FIXED TO THE WALL IN THE VISCOUS SUBLAYER OF A FULLY-DEVELOPED TURBULENT BOUNDARY-LAYER, Journal of Fluid Mechanics, 316, 1996, pp. 285-306
Authors:
DEBISSCHOP JR
NIEUWSTADT FTM
Citation: Jr. Debisschop et Ftm. Nieuwstadt, TURBULENT BOUNDARY-LAYER IN AN ADVERSE PRESSURE-GRADIENT - EFFECTIVENESS OF RIBLETS, AIAA journal, 34(5), 1996, pp. 932-937
Authors:
ANGIRASA D
EGGELS JGM
NIEUWSTADT FTM
Citation: D. Angirasa et al., NUMERICAL-SIMULATION OF TRANSIENT NATURAL-CONVECTION FROM AN ISOTHERMAL CAVITY OPEN ON A SIDE, Numerical heat transfer. Part A, Applications, 28(6), 1995, pp. 755-768
Authors:
BOUWMANS I
MEEDER JP
NIEUWSTADT FTM
Citation: I. Bouwmans et al., LARGE-EDDY SIMULATION AND PRACTICAL MODELS, International journal of environment and pollution, 5(4-6), 1995, pp. 331-337
Authors:
NIEUWSTADT FTM
DIRKZWAGER M
Citation: Ftm. Nieuwstadt et M. Dirkzwager, A FLUID-MECHANICS MODEL FOR AN AXIAL CYCLONE SEPARATOR, Industrial & engineering chemistry research, 34(10), 1995, pp. 3399-3404
Authors:
TSINOBER A
EGGELS JGM
NIEUWSTADT FTM
Citation: A. Tsinober et al., ON ALIGNMENTS AND SMALL-SCALE STRUCTURE IN TURBULENT PIPE-FLOW, Fluid dynamics research, 16(5), 1995, pp. 297-310
Authors:
DENTOONDER JMJ
DRAAD AA
KUIKEN GDC
NIEUWSTADT FTM
Citation: Jmj. Dentoonder et al., DEGRADATION EFFECTS OF DILUTE POLYMER-SOLUTIONS ON TURBULENT DRAG REDUCTION IN PIPE FLOWS, Applied scientific research, 55(1), 1995, pp. 63-82
Authors:
DENTOONDER JMJ
NIEUWSTADT FTM
KUIKEN GDC
Citation: Jmj. Dentoonder et al., THE ROLE OF ELONGATIONAL VISCOSITY IN THE MECHANISM OF DRAG REDUCTIONBY POLYMER ADDITIVES, Applied scientific research, 54(2), 1995, pp. 95-123
Authors:
MA LP
VANDERZANDEN J
VANDERKOOI J
NIEUWSTADT FTM
Citation: Lp. Ma et al., NATURAL-CONVECTION AROUND A HORIZONTAL CIRCULAR-CYLINDER IN INFINITE SPACE AND WITHIN CONFINING PLATES - A FINITE-ELEMENT SOLUTION, Numerical heat transfer. Part A, Applications, 25(4), 1994, pp. 441-456