A numerical study of the aerodynamic interference of a model support system used in the RAE 5m wind tunnel, B.C.Hardy; modelling winglets using the SPARV computer program, J.S.Smith; integral methods at British Aerospace Brough, P.M.Sinclair; integral method - theoretical and practical aspects, J.Bousquet, P.Eichel, V.Rivoire and T.Surply; analysis and computation of turbulent boundary layers with varying pressure gradients, J.C.R.Hunt, T.M.J.Newley and W.S.Weng; unsteady viscous-inviscid interaction method and computation of buffeting over airfoils, P.Girodroux-Lavigne and J.C.Le Balleur; coupling of turbulence models with Reynolds-averaged compressible Navier-Stokes equations - application to shock interactions, D.Vandromme and H.Haminh; nearly Navier-Stokes solutions, P.Bradshaw; coupled inviscid - boundary layer methods for turbomachinery blading design, P.Stow and S.P.Newman; boundary layer transition and the development of intermittent turbulence - fact, fiction and CFD, D.I.A. Poll; turbulence modelling and some industrial applications, A.Jami; a three dimensional point vortex method for unsteady incompressible flows, B.Cantaloube; vortex flow modelling with Euler and Navier-Stokes equations, A.Rizzi and B.Muller; some Navier-Stokes solutions for external flows, W.Kordulla; Navier-Stokes methods for turbomachinery blade design, N.T.Birch, J.D.Northall and P.Stow; adaptive remeshing applied to the solution of a shock interaction problem on a cylindrical leading edge, K.Morgan, J.Peraire, J.Peiro and O.C.Zienkiewicz; grid generation - structured, unstructured or both?, N.P.Weatherill; the modelling of inlet skew in turbomachinery, J.A.Walsh, D.G.Gregory-Smith and J.G.E.Cleak; calculation of the flow over afterbodies, showing the effects of Mach number and jet pressure ratio, D.R.Glynn and J.C.Ludwig; some structural improvements to model closure for wake/boundary layer interactions and manipulated flows?, A.M.Savill; an investigation of flow properties in a transonic flow over a circular-arc model using a Navier-Stokes code, N.Chokani and L.C.Squire.
