Abstract
The longitudinal dispersion of a pollutant due to asymmetric flow through a two-dimensional (2-D) channel has been studied for two different inputs: (i) instantaneous uniform line source and (ii) oscillatory source. This study reveals the process whereby the dispersion reaches a stationary state after the release of pollutant as an instantaneous line source; and an estimate is obtained for the axial distance along which fluctuations in concentration decay in the case of low frequency release.
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