Abstract: The kinematic wave theory originally developed for flood routing purposes is generalized in such a way that kinematic‐dynamic couplings are accounted for due to various forces. The equations of continuity for water and ...

Abstract: A weakly compressible flow model for small Mach number flows is applied to the computation of steady and unsteady inviscid flows. The equations of continuity and motion are decoupled from the ...

Abstract: Vortex shedding over a circular cylinder is modeled based on the weakly compressible flow equations with a simple subgrid scale turbulence model and a simple hybrid boundary condition. An ...

Abstract: The characteristics of the second instability related to energy loss for the diffusive explicit method and the characteristic method for one‐dimensional unsteady open channel flow is studied by numerical experiments. The ...

Abstract: The existence of surge and related problems, namely, sharp‐peaked overflows, manhole, or drop‐shaft cover blow‐off; waterjets into the atmosphere (geysers); and structural damages in urban storm drainage systems, are ...