This paper introduces a new simple approach for dam-break hazard mapping in a data-
sparse region. A hypothetical breaching case of an earthen dam, ie, the Ketro Dam in …

We investigate in this paper the behaviors of the Riemann solvers (Roe and Harten-Lax-van
Leer-Contact (HLLC) schemes) and the Riemann-solver-free method (central-upwind …

Two–dimensional optimal classification is performed for two–dimensional shallow water
equations with flat bottom in Cartesian coordinates. In the proof of optimality of subalgebras …

In this paper, a shared-memory parallel simulation of flood modeling is presented. The
model used has second-order spatial and temporal accuracy, where the Monotonic Upwind …

In this paper, the Reynolds-averaged Navier Stokes equations supplemented by the
algebraic stress model are solved using the central-upwind scheme for simulating 2D …

This paper reported on the free-surface wave behavior in a rectangular open-channel,
induced by sluice-gate maneuvers. The numerical solver was based on the (2/4)-dissipative …

This study highlights the solution of the 2D non-hydrostatic shallow water equations using
an artificial viscosity (AV) technique. The model recently proposed by the first author in …

In this paper, a hybrid artificial viscosity–central-upwind (AV-CU) scheme is proposed for
simulating recirculating turbulent shallow water flows by combining the artificial viscosity …

The purpose of this work is to point out the relevance of the Rankine-Hugoniot jump
relations regarding the numerical solution of the inviscid shallow water equations. To arrive …

This study deals with a simulation of two-dimensional urban flood problems on complex
topography based on a cell-centred finite volume (CCFV) scheme. Unlike many numerical …