In the context of large-scale urban flood modeling, porosity shallow-water models enable a
considerable speed-up in computations while preserving information on subgrid …

Flood hazard in urban areas is usually assessed by the estimations of parameters like flood
extent, water depths, flow velocities and other related quantities. These hydrodynamic …

In the framework of porosity models for large-scale urban floods, this work presents a
method to compute the spatial distribution of the porosity parameters of complex urban …

Hillslope hydrology is a very important part of research based on watershed hydrology. In
this study, we focus on water flow over a soil surface with vegetation in a hydrographic …

The present study constructed a path-conservative high-order positivity-preserving well-
balanced finite volume Riemann solver for the one-dimensional porous shallow water …

A novel differential porosity model for urban flooding, namely the Binary Single Porosity
model (BSP), is proposed in the present paper. The BSP model, which is derived from the …

The use of classic two-dimensional (2D) shallow water equations (SWE) for flooding
simulation in complex urban environments is computationally expensive, due to the need of …

Climate change and urbanization, among various factors, are expected to exacerbate the
risk of flood disasters in urban areas. This prompts the construction of appropriate modeling …

A sudden expansion is a classical problem which is happened in different industries such as
energy conversion, environmental control, and chemical processing. The current …

The problem of a dam-break flow induced front wave impacting a vertical wall placed at the
downstream end was numerically investigated by using the Level Set (LS) method and …