Surface gravity waves generated by winds are ubiquitous on our oceans and play a
primordial role in the dynamics of the ocean–land–atmosphere interfaces. In particular, wind …

Wind waves and elevated water levels together can cause flooding in low-lying coastal
areas, where the water level may be a combination of mean sea level, tides and surges …

East coast of India is characterized by low to medium topography and an extensive network
of major estuaries, bays, mangrove creeks, rivers and tidal inlets that permit inland flooding …

Modelling large-scale wave fields and their interaction with coastal and offshore structures
has become much more feasible over the last two decades with increases in computer …

New features have been added and several necessary changes have been made to the
standard WAM-cycle4 (WAMC4) model code for it to run efficiently when applied to shallow …

This paper describes a model package that simulates coastal flooding resulting from storm
surge and waves generated by tropical cyclones. The package consists of four component …

Wave set-up in storm surges is studied using a numerical model for coasts in Tosa Bay,
Japan, open to the Pacific Ocean. Simulation models employing only atmospheric pressures …

Understanding the governing mechanisms of atmosphere–wave–ocean​ interactions is
critical for unravelling the formation and evolution mechanisms of severe weather …

The study reports role and dependence of continental shelf geometry on the non-linear
interaction of storm surges, tides, and wind waves. As a case study, the shelf geometry …

A surface wave model is developed with the intention of coupling it to three-dimensional
ocean circulation models. The model is based on a paper by Mellor wherein depth …