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(Video Transmission From Room 1)
------- Room D9 P.L. : A Fast Immersed Boundary Method with App. to Low Reynolds Number Aerodynamics. T. Colonius, California Institute of Technology, USA
------- Room A1 (Video Transmission From Room 1)
------- Room D9 P.L. : Coupling Fields and Scales in Computational (Bio) Fluid Dynamics - Advanced Meth. and Applications. W. A. Wall, Technische Universität München, Germany
------- Room A1 1.8 MS02 Algorithms for Multi-Scale Low Mach Number Flows
------- Room A1 10.8 MS16 Lattice Boltzmann, Particle Methods and Experiments of Complex Physiological Flows: Part I
------- Room E10 11.8 MS08 CFD in Fire and Fire Safety Research
------- Room F11 3.8 MS20 Stratified Flows Modelling for Environmental Problems
------- Room A3 4.8 MS25 Recent Development in Turbomachinery CFD for Industrial Applications: TRACE
------- Room A4 2.8 Numerical Methods IV
------- Room A2 5.8 Adaptive Grids II
------- Room B5 6.8 Flow in Porous Media
------- Room B6 7.8 Immersed Boundary Methods
------- Room A7 8.8 Parallel Computing
------- Room C8 9.8 DNS/LES III
------- Room D9 1.9 MS11 GPU Computing in CFD: Part I
------- Room A1 10.9 MS16 Lattice Boltzmann, Particle Methods and Exps. of Complex Phys. Flows: Part II
------- Room E10 11.9 MS21 Ventilation and Smoke Control in Underground Space: Part I
------- Room F11 5.9 MS28 Aerodynamic Analysis of Flapping Wings: Part I
------- Room B5 7.9 MS05 Inverse Techniques in CFD: Part I
------- Room A7 8.9 MS19 Shallow Water Models for Environmental Flows: Part I
------- Room C8 2.9 Numerical Methods V
------- Room A2 3.9 CFD for Marine Applications I
------- Room A3 4.9 Turbomachines I
------- Room A4 6.9 Vehicles and Traffic I
------- Room B6 9.9 DNS/LES IV
------- Room D9 1.10 MS11 GPU Computing in CFD: Part II
------- Room A1 10.10 MS16 Lattice Boltzmann, Particle Methods and Exps. of Complex Phys. Flows: Part III
------- Room E10 11.10 MS21 Ventilation and Smoke Control in Underground Space: Part II
------- Room F11 5.10 MS28 Aerodynamic Analysis of Flapping Wings: Part II
------- Room B5 7.10 MS05 Inverse Techniques in CFD: Part II
------- Room A7 8.10 MS19 Shallow Water Models for Environmental Flows: Part II
------- Room C8 2.10 Numerical Methods VI
------- Room A2 3.10 CFD for Marine Applications II
------- Room A3 4.10 Turbomachines II
------- Room A4 6.10 Vehicles and Traffic II
------- Room B6 9.10 Hybrid RANS/LES II
------- Room D9 (Video Transmission From Room 1)
------- Room D9 Closing Cerimony
------- Room A1 |
P.L. : A Fast Immersed Boundary Method with App. to Low Reynolds Number Aerodynamics. T. Colonius, California Institute of Technology, USA: 2010-06-17 08:30:00 - 2010-06-17 09:10:00
Location: 01 - Room A1
Paper | ID | Title | Author |
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01902 | A Fast Immersed-Boundary Method with Application to Low Reynolds Number Aerodynamics | Tim Colonius; Kunihiko Taira; Won Tae Joe |