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Minisimposium

Tuesday, 12 June 2018 14:00 - 16:00
The unsteady aerodyamics of small wings at moderate Reynolds numbers I

Minisymposium organized by Ignazio M. Viola and Elias Balaras
MS182A
Room: Dochart 2
Chair: Ignazio Maria Viola
CoChair: Elias Balaras

Fluid-structure interactions of membrane wings (Keynote Lecture)
R. Bleischwitz, A. Barbu, R. de Kat and Bharathram Ganapathisubramani

Towards a universal indicator of wake transition to thrust and/or side force for a flapping foil
Nikolaos Lagopoulos, Gabriel D. Weymouth and Bharathram Ganapathisubramani

3D influence on propulsive flapping at low Reynolds number
Andhini N. Z. Nasution, Gabriel D. Weymouth and Bharathram Ganapathisubramani

Theoretical and computational studies of a rectangular finite wing oscillating in pitch and heave
Hugh J.A. Bird and Kiran Ramesh

Self-sustained limit-cycle oscillations in a flapping-foil energy harvester
Enhao Wang, Kiran Ramesh, Ignazio M. Viola and Shaun Killen

3-D experimental visualization of flows around straight and twisted Savonius wind turbines
Yuichi Murai and Susumu Osuka

Tuesday, 12 June 2018 16:30 - 18:30
The unsteady aerodyamics of small wings at moderate Reynolds numbers II

Minisymposium organized by Ignazio M. Viola and Elias Balaras
MS182B
Room: Dochart 2
Chair: Elias Balaras
CoChair: Ignazio Maria Viola

Dynamic stall vortex shedding and its cycle-to-cycle variations: the innocent victims of phase averaging (Keynote Lecture)
Karen Mulleners

Stability in the boundary layer and wake of oscillating foils at moderate Reynolds numbers
Weidong Dai, Elias Balaras and Ignazio M. Viola

Effects of turbulence modelling on the predictions of the pressure distribution around the wing of a small scale vertical axis wind turbine
Mohamed M. Elsakka, Derek B. Ingham, Lin Ma and Mohamed Pourkashanian

Comparative study of the prediction of high angle of attack phenomena using transitional turbulence models
Jolan Wauters, Joris Degroote and Jan Vierendeels

Grid refinement using spectral error indicators with application to airfoil DNS
Markus Zauner, Christian T. Jacobs and Neil D. Sandham