Engineering Turbulence Modelling and Experiments

Part 1 Turbulence modelling: modelling convective heat transfer in complex turbulent flows, B.E. Launder; modelling the effects of solid-body rotation on turbulent mixing-layers, P.J. Nilsen and H.I. Andersson; engineering turbulence models for separated flows, U.C. Goldberg. Part 2 Applications of turbulence models: turbulence effects in ,p-p-p- reciprocating engines, A.A. Boretti and P. Nebuloni; higher order turbulence model predictions of complex 2D and 3D flow fields, F.R. Menter; prediction of hydrodynamic characterisics of oxidation ditches using the k-omega turbulence model, A.I. Stamou. Part 3 Direct and large-eddy simulations: direct and large eddy simulation of the flow past a sphere, A.G. Tomboulides et al; direct simulation of turbulent channel flow with finite difference schemes on non-staggered grids, T.H. Le and V. Maupu. Part 4 Experimental techniques: recent developments in hot and cold-wire techniques for measurements in turbulent shear flows near walls, Y. Nagano et al; digital image analysis of two impinging circular jets, N. Toy and B. Shoe. Part 5 Experimental studies: LDV measurements of turbulence characterstics in a two-phase coaxial jet, B.J. Rho et al; turbulence measurements in the physical model of a molten aluminium tundish using laser doppler velocimetry, F. Shen et al. Part 6 Transition: further progress in the turbulence modelling of by-pass transition, M. Savill; structure of a turbulence wedge developed from a single roughness element on a flat plate, M. Ichimiya et al. Part 7 Turbulence control: experimental measurements of phase difference and coupling level in an excited free shear layer, M.R. Haji et al; the development of the wake of a thin ribbon in straight and curved uniformly sheared flows, B. Chebbi and S. Tavoularis. Part 8 Aerodynamic flows: current turbulence modelling in aircraft design, E.H. Hirschel et al; evolution of heat flux with mass flow rate in a subscale setup for the Ariane 5 solid rocket booster, F. Nicoud et al. Part 9 Turbomachinery flows: numerical prediction of the turbulent flow in rotor-rotator systems, L. Elena and R. Schiestel; turbulent flows inside rotating curved channels for different aspect ratios, K. Kikuyama et al. Part 10 Combustion systems: simultaneous multi-species imaging in turbulent flames, S.H. Starner et al; development of turbulent boundary layer with large density gradients, M. Favre-Marinet et al. Part 11 Two-phase flows: modelling turbulence in multiphase flows, C.T. Crowe; measurements and predictions in vertical, two-phase sudden expansion flows, M. Founti and A. Klipfel.