Dynamically-coupled SWAN and ADCIRC models have been applied to enhance the
predictions of extreme waves and storm surges induced by hurricanes and sea level rise …

Compound flood hazard assessment (CFHA) and modeling are prone to various sources of
uncertainty including model structure, model parameters, input/forcing data, and those …

Hydrodynamic models are an essential tool for studying the movement of water and other
materials across the Earth surface. However, models remain limited by practical constraints …

Storm surge caused by tropical cyclones can cause overland flooding and lead to loss of life
while damaging homes, businesses, and critical infrastructure. In 2018, Hurricane Michael …

The wind-driven nature of large lakes suggests that the accuracy of meteorological inputs is
essential for hydrodynamic modelling. Moreover, coupling between the meteorological …

High-fidelity hurricane surge forecasting using emulation and sequential experiments Page 1
The Annals of Applied Statistics 2021, Vol. 15, No. 1, 460–480 https://doi.org/10.1214/20-AOAS1398 …

Hybrid 2D/one-line shoreline models are becoming increasingly applied over the mesoscale
(10 1–10 2 years; 10 1–10 2 km) to inform coastal management. These models typically …

With global climate warming, the frequency and intensity of typhoons are increasing,
highlighting the significance of studying storm surges for coastal engineering disaster …

Dynamic conditions occur in the coastal ocean during severe storms. Forecasting these
conditions is challenging, and large‐scale numerical models require significant computing …

As coastal circulation models have evolved to predict storm-induced flooding, they must
include progressively more overland regions that are normally dry, to where now it is …