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In this Special Issue, seven high-quality papers covering the application and development of many high-end techniques for studies on storm tides, surges, and waves have been published, for instance, the employment of an artificial neural network for predicting coastal freak waves [1]; a reproduction of super typhoon-created extreme waves [2]; a numerical analysis of nonlinear interactions for storm waves, tides, and currents [3]; wave simulation for an island using a circulation–wave coupled model [4]; an analysis of typhoon-induced waves along typhoon tracks in the western North Pacific Ocean [5]; an understanding of how a storm surge prevents or severely restricts aeolian supply [6]; and an investigation of coastal settlements and an assessment of their vulnerability [7].

Technology: general issues --- coastal freak wave --- probabilistic forecasting --- artificial neural network --- storm wave height --- super typhoon --- wave-circulation model --- hybrid winds --- coastal hazard --- vulnerability assessment --- unmanned aerial vehicle --- landscape --- wave distribution --- typhoon tracks --- WAVEWATCH-III --- typhoon wave climate --- empirical orthogonal function --- aeolian processes --- surface moisture --- storm surge --- supply limitations --- fetch --- SCHISM-WWM-III --- ERA5 --- direct modification method --- storm wave --- tidal elevation --- tidal current --- typhoon wave --- SWAN --- FVCOM --- current --- sea-water level --- numerical modeling --- statistical analysis --- artificial intelligence techniques --- storm tide --- coastal morphology

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

In this Special Issue, seven high-quality papers covering the application and development of many high-end techniques for studies on storm tides, surges, and waves have been published, for instance, the employment of an artificial neural network for predicting coastal freak waves [1]; a reproduction of super typhoon-created extreme waves [2]; a numerical analysis of nonlinear interactions for storm waves, tides, and currents [3]; wave simulation for an island using a circulation–wave coupled model [4]; an analysis of typhoon-induced waves along typhoon tracks in the western North Pacific Ocean [5]; an understanding of how a storm surge prevents or severely restricts aeolian supply [6]; and an investigation of coastal settlements and an assessment of their vulnerability [7].

coastal freak wave --- probabilistic forecasting --- artificial neural network --- storm wave height --- super typhoon --- wave-circulation model --- hybrid winds --- coastal hazard --- vulnerability assessment --- unmanned aerial vehicle --- landscape --- wave distribution --- typhoon tracks --- WAVEWATCH-III --- typhoon wave climate --- empirical orthogonal function --- aeolian processes --- surface moisture --- storm surge --- supply limitations --- fetch --- SCHISM-WWM-III --- ERA5 --- direct modification method --- storm wave --- tidal elevation --- tidal current --- typhoon wave --- SWAN --- FVCOM --- current --- sea-water level --- numerical modeling --- statistical analysis --- artificial intelligence techniques --- storm tide --- coastal morphology

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• Reference Manager
• EndNote
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This Special Issue aims to provide a forum for the latest advances in hydraulic modeling based on the use of shallow water and related models as well as their novel application in practical engineering. Original contributions, including those in but not limited to the following areas, will be considered for publication: new conceptual models and applications, flood inundation and routing, sediment transport and morphodynamic modelling, pollutant transport in water, irrigation and drainage modeling, numerical simulation in hydraulics, novel numerical methods for the shallow water equations and extended models, case studies, and high-performance computing.

Technology: general issues --- History of engineering & technology --- central-upwind --- efficiency --- finite volume --- HLLC --- modern hardware --- Roe --- shallow water equations --- vectorization --- fluvial process --- bank vegetation --- channel pattern --- 2D numerical model --- two-dimensional hydrodynamic model --- local time stepping --- unstructured grids --- numerical simulation --- computational efficiency --- west coast of Korea (WCK) --- tidal elevation --- open boundary condition --- numerical modeling --- TELEMAC-2D --- hydraulic jump --- Boussinesq equations --- MacCormack --- Dissipative two-four --- method of specified intervals --- shallow water --- CasADi --- fast computation --- 1-D --- reservoir model --- PID regulation --- free surface flows --- modeling --- hydraulic engineering --- computational methods --- simulation --- central-upwind --- efficiency --- finite volume --- HLLC --- modern hardware --- Roe --- shallow water equations --- vectorization --- fluvial process --- bank vegetation --- channel pattern --- 2D numerical model --- two-dimensional hydrodynamic model --- local time stepping --- unstructured grids --- numerical simulation --- computational efficiency --- west coast of Korea (WCK) --- tidal elevation --- open boundary condition --- numerical modeling --- TELEMAC-2D --- hydraulic jump --- Boussinesq equations --- MacCormack --- Dissipative two-four --- method of specified intervals --- shallow water --- CasADi --- fast computation --- 1-D --- reservoir model --- PID regulation --- free surface flows --- modeling --- hydraulic engineering --- computational methods --- simulation