This paper will introduce the basic principles associated with hydraulic modelling of surface
waters for geomorphological and hydrological purposes and illustrate how these have been …

Recent research in fluvial geomorphology has emphasized the spatially distributed
feedbacks amongst river channel topography, flow hydraulics and sediment transport …

The test results are presented from three Reynolds-stress models (two isotropization of
production models and a quasi-isotropic model) and the standard k—ϵ model for predicting …

The paper reports on an alternative approach to modelling the turbulent scalar fluxes that
arise from time averaging the transport equation for a scalar. In this approach, a functional …

In this paper, the natural convection heat transfer in a volumetrically heated liquid pool
under high Rayleigh number (up to 1015) conditions is investigated. The available …

The management of hydrogen in a Nuclear Reactor Containment after LOCA (Loss Of
Coolant Accident) is of practical importance to preserve the structural integrity of the …

The ability to accurately predict turbulent heat transfer in massively separated flows is of
immense practical importance especially in the field of heat transfer enhancement in …

Many municipal and industrial outfalls release effluent into water bodies. Temperatures
and/or salinities of the effluent and receiving water may be different, and other …

The paper presents a numerical study of two interacting full-scale dry plumes issued into
neutral boundary layer cross flow. The study simulates plumes from a mechanical draught …

This thesis describes the development and application of numerical predictive procedures
for flows in which turbulence-driven secondary motion plays an important role. The focus is …