Abstract
Results are presented from a new tangential angle method in curvature channel using a simple cellular model. The results of the routing scheme are compared with field measurements of cross-section, with the predictions of a more sophisticated to the real. It's indicate that the curvature flow routing scheme outlined here is able to overcome some of the limitations of previous simple cellular automata models and may be suitable for use in curvature reach of river modeling water and sediment transport and channel change in complex fluvial environments. As such this research represents a small and ongoing contribution to the field of numerical simulation of curvature channel processes.
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