This note is devoted to the correction of an error in a calculation contained in a classical published paper on the plunging of river flows as they enter lakes or reservoirs. The correction of the error provides a felicitous result, according to which not only the ratio of underflow thickness just after plunging to depth just before plunging, but also the densimetric Froude numbers both just before and just after plunging are all specified as a function of a single parameter. This single parameter characterizes the tendency of plunging to entrain ambient water into the density underflow
Density inflow is modeled in two dimensions through a reservoir with sloping bottom. If an in flow o...
Critical submergence in pumping systems can be determined using a number of calculations, all of whi...
As a result of recent floods caused by mountain rivers, more insight in the morphological processes ...
[[abstract]]A dense inflow from a river into a lake or reservoir initiates gravity currents through ...
The water in a river flowing into a reservoir, lake or coastal region is rarely of exactly the same ...
[[abstract]]The analysis of plunging flows using energy dissipation hypothesis is presented in this ...
International audience• Main features of unconfined plunging are investigated experimentally and num...
River water flowing as an interflow was investigated using field data, collected in Lake Iseo (Italy...
Investigations and observations indicate that variation in density and underflow is related to the f...
Experimental investigations and observations indicate that water quality modeling is related to the ...
An alternative formulation of the problem of density jump, first considered by Wilkin-son & Wood...
The density jump in a two-layer flow of miscible fluids is treated, focusing on the case that one of...
This repository contains the dataset from our work "Plunging condition for particle-laden flows over...
Examines the rapidly varied flow phenomenon in a two layer density stratified system. Only one layer...
Appendices to this thesis are available at https://www.repository.cam.ac.uk/handle/1810/245309This ...
Density inflow is modeled in two dimensions through a reservoir with sloping bottom. If an in flow o...
Critical submergence in pumping systems can be determined using a number of calculations, all of whi...
As a result of recent floods caused by mountain rivers, more insight in the morphological processes ...
[[abstract]]A dense inflow from a river into a lake or reservoir initiates gravity currents through ...
The water in a river flowing into a reservoir, lake or coastal region is rarely of exactly the same ...
[[abstract]]The analysis of plunging flows using energy dissipation hypothesis is presented in this ...
International audience• Main features of unconfined plunging are investigated experimentally and num...
River water flowing as an interflow was investigated using field data, collected in Lake Iseo (Italy...
Investigations and observations indicate that variation in density and underflow is related to the f...
Experimental investigations and observations indicate that water quality modeling is related to the ...
An alternative formulation of the problem of density jump, first considered by Wilkin-son & Wood...
The density jump in a two-layer flow of miscible fluids is treated, focusing on the case that one of...
This repository contains the dataset from our work "Plunging condition for particle-laden flows over...
Examines the rapidly varied flow phenomenon in a two layer density stratified system. Only one layer...
Appendices to this thesis are available at https://www.repository.cam.ac.uk/handle/1810/245309This ...
Density inflow is modeled in two dimensions through a reservoir with sloping bottom. If an in flow o...
Critical submergence in pumping systems can be determined using a number of calculations, all of whi...
As a result of recent floods caused by mountain rivers, more insight in the morphological processes ...