Boundary Elements in Fluid Dynamics

1. Front Matter

   Pages I-VII

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2. Turbomachinery

   1. Front Matter

      Pages 1-1

      PDF

   2. A Numerical Simulation of Cross Flow Fan

      • K. Kitagawa, H. Tatsuke, Y. Tsujimoto, Y. Yoshida

      Pages 3-20

   3. Fully 3D Euler Solutions Versus Test Results for the Whole Load Range of Radial Pumps

      • J. Riedler, E. Goede

      Pages 21-32

3. Aerodynamics

   1. Front Matter

      Pages 33-33

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   2. Experience with Transonic Flow IE Computations

      • H. Hu

      Pages 35-48

   3. A 3D IEM for Compressible Wing Flows With and Without Shocks

      • H. Hu

      Pages 49-60

   4. Solution of the Transonic Integral Equation Using Discontinuous Linear and Quadratic Elements

      • W. Ogana

      Pages 61-74

   5. Investigation of the Aerodynamic Performance of a Formula 1 Multi-Aerofoil Spoiler using a Second Order Complex Variable Boundary Element Method

      • T. W. Chiu, B. Wood, D. J. Buckingham

      Pages 75-90

4. Viscous Flow and Turbulence Models

   1. Front Matter

      Pages 91-91

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   2. Description of Viscous-Inviscid Interaction Using Boundary Elements

      • H. Schmitt

      Pages 93-107

   3. The Complete Double Layer Boundary Integral Equation Method for Particles Moving Close to Boundaries

      • H. Power, B. Febres de Power

      Pages 109-121

   4. Vorticity-Velocity Formulation for Turbulent Flow by BEM

      • Z. Rek, L. Skerget, A. Alujevic

      Pages 123-130

   5. Including Sharp Edge Vortex Shedding in Boundary Integral Solutions for Two Dimensional Potential Flows

      • L. H. Wong, S. Calisal

      Pages 131-142

   6. A Boundary Element Method for Steady-State Two-Dimensional Stokes Flows and Its Asymptotic Error Estimates

      • H. Wang

      Pages 143-154

   7. The Boundary Element Solution of a Viscous Free Surface Problem

      • Y. Yuan, D. B. Ingham

      Pages 155-166

5. Special Flow Situations

   1. Front Matter

      Pages 167-167

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   2. 3-D Time Dependent Navier-Stokes Solutions with Finite and Boundary Elements

      • U. Gulcat

      Pages 169-178

   3. Hydrodynamic Properties of Multiple Floating and Submerged Bodies Analysed by a Panel Method

      • X. Lei, L. Bergdahl

      Pages 179-196

   4. A Boundary Element Method Applied to Gas-Liquid Drainage in a Capillary Cavity

      • D. Lasseux, P. Fabrie, M. Quintard

      Pages 197-208

This book Boundary Elements in Fluid Dynamics is the second volume of the two volume proceedings of the International Conference on Computer Modelling of Seas and Coastal Regions and Boundary Elements and Fluid Dynamics, held in Southampton, U.K., in April 1992. The Boundary Element Method (BEM) is now fully established as an ac­ curate and successful technique for solving engineering problems in a wide range of fields. The success of the method is due to its advantages in data reduction, as only the boundary of the region is modelled. Thus moving boundaries may be more easily handled, which is not the case if domain methods are used. In addition, the method is easily able to model regions to extending to infinity. Fluid mechanics is traditionally one of the most challenging areas of engi­ neering, the simulation of fluid motion, particularly in three dimensions, is always a serious test for any numerical method, and is an area in which BEM analysis may be used taking full advantage of its special characteris­ tics. The conference includes sections on turbomachinery, aerodynamics, viscous flow and turbulence models, and special flow situations. The organisers would like to thank the International Scientific Advisory Committee, the conference delegates and all of those who have actively supported the meet­ ing.

• computational fluid dynamics
• fluid dynamics
• fluid mechanics
• mechanics
• simulation
• fluid- and aerodynamics

• Wessex Institute of Technology, Southampton, UK

  C. A. Brebbia, P. W. Partridge

• Dept. Of Civil Engineering, University of Brasilia, Brazil

  P. W. Partridge

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