TURBULENCE MODELLING OF SUBMERGED HYDRAULIC JUMP USING BOUNDARY-FITTED COORDINATES.

Keywords: UMIST, MANCHESTER UNIVERSITY SCIENCE &, TECHNOLOGY INSTITUTE, TURBULENCE, MODELLING, SUBMERGED, HYDRAULICS, JUMP, BOUNDARIES, BOUNDARY FITTED, COORDINATES, FITTED, MODELS, FLOW, WATER, SURFACES, TWO DIMENSIONAL, FINITE, VOLUME, METHODS, MOTION, EQUATIONS, TRANSPORT, FROUDE NUMBERS, SUBMERGENCE, CALCULATING, ALGORITHMS, SYSTEMS, CALCULATIONS, PREDICTION, NUMERICAL, EXPERIMENTS, HYDRODYNAMICS, MATHEMATICAL, DAMS, BARRAGES, GOVERNING, PLANE, TRANSFORMATION, CONDITIONS