Abstract: Experimental results are presented which show that the onset of interfacial instability can be described by an empirical stability equation derived from interfacial mixing experiments. Also, new theoretical stability ...

Abstract: Mathematical modelers of stratified channel flows require equations which can predict the onset of interfacial mixing and compute the rate of mixing. Experiments show that although certain equations can predict entrainment ...

Abstract: Mathematical modelers of stratified flows in estuaries and fjords need to include in their equations terms representing the transfer of fluid across the density interface. Using a combination of results obtained from theory ...

Abstract: This paper shows how a feed-forward back-propagation type of neural network can be used to predict the flow conditions when interfacial mixing in stratified estuaries and fjords commences. This was achieved by training the ...

Abstract: A feed-forward back-propagation–type neural network was applied to airborne lead data collected around a busy highway interchange in Birmingham, England. The data were taken during the early 1970s, when lead emissions from ...

Abstract: A feed-forward back-propagation-type neural network was used to predict the flow conditions when interfacial mixing in stratified estuaries commences. This was achieved by training the network to extrapolate data from ...