Abstract: The geometry of arrested thermal wedges is studied on the basis of Schijf and Schoenfeld's one‐dimensional model. The derived equations for the dimensionless length and shape of the wedge are also given in graphic form in ...

Abstract: The velocity distribution laws of arrested saline wedges have been experimentally studied in a tilting flume 20.24 m long, 45.72 cm wide, and 45.72 cm deep. These laws were investigated together with the interfacial and ...

Abstract: The interfacial friction coefficients in a two‐layered stratified flow have been studied in a closed 15 m long rectangular duct with fresh water flowing over a quasi‐stagnant salt water pool. A one‐dimensional flow model ...

Abstract: The shear stresses in saline wedges have been investigated in a 20 m long variable slope flume by the following approaches: (1) Direct measurements of velocities and Reynolds stresses through hot film anemometers; (2) ...