A flood forecasting system commonly consists of at least two essential components, that is, a
numerical weather prediction (NWP) model to provide rainfall forecasts and a …

In our era, the rapid increase of parallel programming coupled with high‐performance
computing (HPC) facilities allows for the use of two‐dimensional shallow water equation (2D …

The use of hydraulic models for carrying out flood simulations is a common practice globally.
The current study used HEC-RAS (2D) in order to simulate different flood scenarios on the …

This study investigated literature databases of Google Scholar and Scopus from 1900 to
2021 and reviewed relevant studies conducted to increase transportation infrastructure …

This study evaluates and compares two-dimensional (2D) numerical models of different
complexities by testing them on a floodplain inundation event that occurred on the Secchia …

Mitigating the adverse impacts caused by increasing flood risks in urban coastal
communities requires effective flood prediction for prompt action. Typically, physics‐based 1 …

Low-lying coastal cities are vulnerable to flooding under the combined impact of storm tide
and heavy rainfall. While storm tide or heavy rainfall alone is able to directly cause …

Abstract Digital Elevation Models (DEMs) play a significant role in hydraulic modeling and
flood risk management. This study initially investigated the effect of Unmanned Aerial …

Flooding increases in recent years, in particular for coastal communities facing sea level
rise, have brought renewed attention to real-time, street-scale flood forecasting. Such flood …

In this paper, two emerging strategies for the reduction of the computational time of 2D large-
scale flood simulations are compared, with the aim of evaluating their strengths and …