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: 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: 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

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