Programme EDRFCM 2008

Time	Monday, 8 Sept	Tuesday, 9 Sept	Wednesday, 10 Sept	Thursday, 11 Sept
8:30 – 9:00	Welcome (8:45)	ADD1	PL1	TDR5
9:00 – 9:30	BLC1	ADD2	PL2	BLC7
9:30 – 10:00	BLC2	ADD3	PL3	BLC8
10:00 – 10:30	BLC3	ADD4	PL4	Coffee
10:30 – 11:00	Coffee	Coffee	Coffee	BLC9
11:00 – 11:30	TDR1	BLC4	PL5	MHD1
11:30 – 12:00	TDR2	BLC5	PL6	MHD2
12:00 – 12:30	TDR3	BLC6	PL7	Lunch
12:30 – 13:00	TDR4	Lunch	GFC1
13:00 – 13:30	Lunch		Lunch
13:30 – 14:00
14:00 – 14:30		Excursion approx. 14:00 – 17:00
14:30 – 15:00	BB1		Round table discussion
15:00 – 15:30	BB2
15:30 – 16:00	BB3
16:00 – 16:30	Coffee
16:30 – 17:00	BB4
17:00 – 17:30	BB5
			19:00 Workshop Dinner

All abstracts are contained in a printed Book of Abstracts which is handed out to meeting participants. Additionally, electronic versions of abstracts can be downloaded below. The user name and password can be found in the Book of Abstracts.

Bluff Bodies (BB)

BB1: Passive and active control of the flow around ahmed body

(Bruneau, C.H.; Mortazavi, I.; Creuse, E.)

BB2: LES of active drag control for a generic vehicle by steady blowing

(Wassen, E.; Thiele, F.)

BB3: Vehicle Aerodynamics: Results & Prospects in Active Flow Control

(Gallas, Q.; Gillieron, P.; Kourta, A.)

BB4: Drag reduction of flow past a sphere with hydrophobic wall

(Fujita, T.; Watanabe, K.)

BB5: Dynamics of controlled boundary layer separation on a circular cylinder

(Uruba, V.; Matejka, M.)

Boundary Layer Control (BLC)

BLC1: Numerical experiments on flow manipulation of near wall turbulence by surface structuring

(Lammers, P.; Jovanovic, J.; Delgado, A.)

BLC2: Turbulent boundary layer on a structured coating

(Voropayev, G.; Zagumenniy, Ya.)

BLC3: Effect of induced hairpin vortices on the turbulent boundary-layer

(Liu, J.; Choi, K.-S.)

BLC4: Generation of vortical structures in a boundary layer by a cavity

(Voropayev, G.; Rozumnyuk, N.)

BLC5: Transient operating of a fluidic actuator

(Braud, C.; Dyment, A.; Foucaut, J.M.; Stanislas, M.; Kostas, J.)

BLC6: Feasibility study of flow control by dynamic vane vortex generators based on piezoceramic actuators

(Barth, T.; Scholz, P.; Wierach, P.)

BLC7: Tollmien-Schlichting wave control using active wave cancellation

(Quadros, R.; Grundmann, S.; Tropea, C.)

BLC8: Damping of Tollmien-Schlichting waves with Galerkin model and MPC based wall control

(Losse, N.; King, R.; Zengl, M.; Rist, U.)

BLC9: Drag reduction by active wave control in wind tunnel and flight experiments

(Pätzold, A.; Peltzer, I.; Nitsche, W.)

General Flow Control (GFC)

GFC1: Optimal flow control: Maximizing lift under drag constraints

(John, C.; Wachsmuth, D.)

Turbulent Drag Reduction (TDR)

TDR1: The estimation of possibilities of compliant coatings to effect on drag reduction

(Kulik, V.M.)

TDR2: Turbulent drag reduction by oscillating riblets

(Grüneberger, R.; Hage, W.; Meyer, R.; Kramer, F.; Thiele, F.; Wassen, E.)

TDR3: On the model reduction of a shape design problem of riblets in the viscous sublayer using homogenization

(Friedmann, E.)

TDR4: Modification of turbulent friction drag by streamwise-traveling waves of spanwise wall velocity

(Ricco, P.; Quadrio, M.; Viotti, C.)

TDR5: Physical mechanisms for turbulent drag reduction in riblet-like surfaces

(Garcia Mayoral, R., Jimenez, J.)

Plasma Flow Control (PL)

PL1: Flow field behavior in proximity of a plasma actuator

(Kriegseis, J.; Grundmann, S.; Tropea, C.)

PL2: On the development of a starting vortex in still air at the initiation of DBD plasma

(Whalley, R.; Jukes, T.; Choi, K.-S.)

PL3: Microphone pitot-probe measurement of the instationary flow induced by a dielectric barrier discharge

(Wilke, J.B.; Rosemann, H.)

PL4: Active-wave cancellation with plasma actuators using closed-loop control circuits

(Grundmann, S.; Güttler, A.; Tropea, C.)

PL5: Control of Dynamic Flow Separation Using Surface Plasma

(Jukes, T.; Choi, K.-S.)

PL6: Unmanned aerial vehicle with plasma actuators for separation control

(Duchmann, A.; Frey, M.; Grundmann, S.; Tropea, C.)

PL7: Plasma actuators as a means to enhance sailboat wing performance

(Vey, S.; Nayeri, C.N.; Paschereit, C.O.)

MHD

MHD1: On the efficiency of MHD drag reduction

(Shatrov, V.; Gerbeth, G.)

MHD2: Electromagnetic excitation of separated flows: Coherent structures and mean flow features

(Weier, T.; Cierpka, C.; Gerbeth, G.)

Additives (ADD)

ADD1: Scaleout of pipeline drag reduction by wall-injected polyox to marine boundary layers ( page 2)

(Virk, P.; Whittaker, J.; Funakoshi, F.; Pradhan, N.)

ADD2: Drag reduction in turbulent pipe flow by rigid fibre additives

(Delfos, R.; Hoving, J.; Gillissen, J.J.J.; Westerweel, J.; Boersma, B.J.)

ADD3: Drag reduction using fibers and semi-rigid polymers

(Wömpner, H.-V.; Thevenin, D.; Manhart, M.)

ADD4: Frictional Drag Reduction Promoted by Intermittent Bubble Injection

(Park, H.J.; Oishi, Y.; Murai, Y.; Tasaka, Y.; Takeda, Y.)