MODELLING A RIVER CHANNEL WITH DISTANT FLOODBANKS.

Keywords: GLASGOW UNIVERSITY, BRISTOL UNIVERSITY, RIVERS, CHANNELS, MODELLING, FLOODBANKS, DISTANT, MODELS, FLOODS, FLOODING, FLOOD PLAINS, MEANDERING, ROUGHNESS, ASPECT, RATIOS, SLOPES, SINUOSITY, FLOW, ARTIFICIAL, NEURAL, NETWORKS, WATER, PREDICTION, DISCHARGES, OVERBANK, PARAMETERS, STEADY STATE, ONE DIMENSIONAL, NUMERICAL, CONTROL, HYDRAULICS, METHODS, FLUMES, COMPOUND, ANALYSIS