Structure and Mechanisms of Turbulence I

Inhaltsverzeichnis

• Large scale structure in turbulence: A question or an answer?.
• Structure of turbulent bulges in an axisymmetric jet.
• Controlled perturbation of circular jets.
• Discrete values of the large scale structure in turbulent flows.
• On the effect of initial conditions on the two dimensional turbulent mixing layer.
• Buoyancy effects on the large scale structure of free turbulent shear flows.
• Effects of external turbulence upon the flow past cylinders.
• Initial condition effect on free turbulent shear flows.
• Some observations in a large two dimensional shear layer.
• The wake-flow pattern behind a row of parallel plates with slot or surface suction of the flowing medium.
• The presence of a Taylor-Görtler instability in turbulent shear flows and in boundary layer transition.
• Transition in free shear layers.
• Model equation calculations of the turbulent flow between rotating cylinders and the structure of a turbulent vortex.
• Numerical simulation of mixing layer vortices.
• A modelling of large eddies in an axisymmetric jet.
• On the growth, limiting thickness, and dominant eddy scale of of turbulent shearing layers in the atmosphere.
• On the mechanism of bounded turbulent shear flows.
• The spanwise structure of the bursting phenomenon.
• Combined smoke-flow visualisation and hot-wire anemometry in turbulent boundary layers.
• Measurements in three-dimensional turbulent boundary layer on a yawed flat plate induced by leading edge vortex.
• Measurements in an axisymmetric turbulent boundary layer with weak and strong three-dimensional disturbances.
• Interaction of a turbulent spot with a turbulent boundary layer.
• An experiment on the growth of fluctuation in turbulent boundary layer.
• Non-equilibrium effects in a turbulent boundary layer due to the destruction of large eddies.
• The generation of a turbulent boundary layer in unsteady flow.
• An investigation into the relaxation process following a stepwise change in wall roughness in turbulent channel flow.
• Development of turbulence through non-steady boundary layer.
• A stochastic model of fluctuations in boundary layer flows.