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Results: 1-10 |
Results: 10
TURBULENT DRAG REDUCTION IN A CLOSED FLOW SYSTEM - BOUNDARY-LAYER VERSUS BULK EFFECTS
Authors: CADOT D BONN D DOUADY S
Citation: D. Cadot et al., TURBULENT DRAG REDUCTION IN A CLOSED FLOW SYSTEM - BOUNDARY-LAYER VERSUS BULK EFFECTS, Physics of fluids, 10(2), 1998, pp. 426-436
EXPERIMENTAL INVESTIGATION OF TURBULENCE NEAR A LARGE-SCALE VORTEX
Authors: ANDREOTTI B MAURER J COUDER Y DOUADY S
Citation: B. Andreotti et al., EXPERIMENTAL INVESTIGATION OF TURBULENCE NEAR A LARGE-SCALE VORTEX, European journal of mechanics. B, Fluids, 17(4), 1998, pp. 451-470
ENERGY INJECTION IN CLOSED TURBULENT FLOWS - STIRRING THROUGH BOUNDARY-LAYERS VERSUS INERTIAL STIRRING
Authors: CADOT O COUDER Y DAERR A DOUADY S TSINOBER A
Citation: O. Cadot et al., ENERGY INJECTION IN CLOSED TURBULENT FLOWS - STIRRING THROUGH BOUNDARY-LAYERS VERSUS INERTIAL STIRRING, Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics, 56(1), 1997, pp. 427-433
PHYLLOTAXIS AS A DYNAMICAL SELF-ORGANIZING PROCESS .1. THE SPIRAL MODES RESULTING FROM TIME-PERIODIC ITERATIONS
Authors: DOUADY S COUDER Y
Citation: S. Douady et Y. Couder, PHYLLOTAXIS AS A DYNAMICAL SELF-ORGANIZING PROCESS .1. THE SPIRAL MODES RESULTING FROM TIME-PERIODIC ITERATIONS, Journal of theoretical biology, 178(3), 1996, pp. 255-274
PHYLLOTAXIS AS A DYNAMICAL SELF-ORGANIZING PROCESS .2. THE SPONTANEOUS FORMATION OF A PERIODICITY AND THE COEXISTENCE OF SPIRAL AND WHORLEDPATTERNS
Authors: DOUADY S COUDER Y
Citation: S. Douady et Y. Couder, PHYLLOTAXIS AS A DYNAMICAL SELF-ORGANIZING PROCESS .2. THE SPONTANEOUS FORMATION OF A PERIODICITY AND THE COEXISTENCE OF SPIRAL AND WHORLEDPATTERNS, Journal of theoretical biology, 178(3), 1996, pp. 275-294
PHYLLOTAXIS AS A DYNAMICAL SELF-ORGANIZING PROCESS .3. THE SIMULATIONOF THE TRANSIENT REGIMES OF ONTOGENY
Authors: DOUADY S COUDER Y
Citation: S. Douady et Y. Couder, PHYLLOTAXIS AS A DYNAMICAL SELF-ORGANIZING PROCESS .3. THE SIMULATIONOF THE TRANSIENT REGIMES OF ONTOGENY, Journal of theoretical biology, 178(3), 1996, pp. 295
CHARACTERIZATION OF THE LOW-PRESSURE FILAMENTS IN A 3-DIMENSIONAL TURBULENT SHEAR-FLOW
Authors: CADOT O DOUADY S COUDER Y
Citation: O. Cadot et al., CHARACTERIZATION OF THE LOW-PRESSURE FILAMENTS IN A 3-DIMENSIONAL TURBULENT SHEAR-FLOW, Physics of fluids, 7(3), 1995, pp. 630-646
FROM SMALL SCALES TO LARGE SCALES IN 3-DIMENSIONAL TURBULENCE - THE EFFECT OF DILUTED POLYMERS
Authors: BONN D COUDER Y VANDAM PHJ DOUADY S
Citation: D. Bonn et al., FROM SMALL SCALES TO LARGE SCALES IN 3-DIMENSIONAL TURBULENCE - THE EFFECT OF DILUTED POLYMERS, Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics, 47(1), 1993, pp. 28-31
FROM SOLITARY WAVES TO STATIC PATTERNS VIA SPATIOTEMPORAL INTERMITTENCY
Authors: MELO F DOUADY S
Citation: F. Melo et S. Douady, FROM SOLITARY WAVES TO STATIC PATTERNS VIA SPATIOTEMPORAL INTERMITTENCY, Physical review letters, 71(20), 1993, pp. 3283-3286
PHYLLOTAXIS AS A PHYSICAL SELF-ORGANIZED GROWTH-PROCESS
Authors: DOUADY S COUDER Y
Citation: S. Douady et Y. Couder, PHYLLOTAXIS AS A PHYSICAL SELF-ORGANIZED GROWTH-PROCESS, Physical review letters, 68(13), 1992, pp. 2098-2101
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