Urbanisation is an irreversible trend as a result of social and economic development. Urban
areas, with high concentration of population, key infrastructure, and businesses, are …

This review provides a synthesis of advances in our understanding of urban flood processes
and their modelling over the last four years (2018–2021). Four aspects are covered …

This paper reports the development of a∼ 30 m resolution two‐dimensional hydrodynamic
model of the conterminous US using only publicly available data. The model employs a …

This paper presents a new computationally efficient hydraulic model for simulating the
spatially distributed dynamics of water surface elevation, wave speed, and inundation extent …

Urbanization and climate change are contributing to severe flooding globally, damaging
infrastructure, disrupting economies, and undermining human well-being. Approaches to …

This paper presents the decoupled hydrological discretization (DHD) scheme for solving the
shallow water equations in hydrological applications involving surface runoff in rural and …

Urban areas are vulnerable to major flood damages due to the density of economic and
social assets, and there is increasing interest in localized flood intensity predictions to …

Rapid urban growth processes give rise to impervious surfaces and are regarded as the
primary cause of urban flooding or waterlogging in urban areas. The high rate of …

Numerical models solving the full 2‐D shallow water equations (SWEs) have been
increasingly used to simulate overland flows and better understand the transient flow …

Simulation of flood inundation at metric resolution is important for making hazard information
useful to a wide range of end-users involved in flood risk management, and addressing the …