Faculty

Institution

Unit

Venue

Stephan T. Grilli

Distinguished Professor and Chair Ocean Engineering

University of Rhode Island

Affiliations

College of Engineering

International Engineering

Ocean Engineering

Stephan T. Grilli is currently serving as a College Of Engineering Distinguished Professor and Chair Ocean Engineering at University of Rhode Island.

Honors

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Experiences

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Education

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Stephan T. Grilli

University of Rhode Island

Distinguished Professor and Chair Ocean Engineering

You can click a keyword to filter the displayed items

oceanography engineering coastal engineering marine engineering earth science applied mathematics ocean engineering fluid dynamics environmental engineering seismology numerical simulations ocean modelling coastal research wave motion tsunamis offshore technology physical oceanography geophysical research geophysics tectonics marine geology numerical modeling tsunami generation coastal management coastal geomorphology fluid mechanics landslides arctic engineering marine hydrodynamics tsunami detection operational oceanography applied geophysics ocean sciences natural hazards wave theory regional tectonics engineering geology disaster risk science wave propagation shallow water offshore structures nonlinear wave propagation solitary waves british columbia high frequency radar applied geography boundary element methods oceanic science cumbre vieja volcano high-frequency radar arbitrary bottom submarine landslides disaster research computational geophysics natural hazard assessment seismic hazard applied geomorphology geological hazards offshore geotechnics continental shelf hydraulics ocean technology computational models tohoku tsunami experimental validation underwater landslides periodic waves wave shoaling submarine mass failure structural collapse india-asia collision benchmark studies computer modeling geological modeling earthquake risk mitigation disaster mitigation nearshore process sediment transport numerical modeling (geology) civil engineering lattice boltzmann method

Notable Scholarly Works

Notable Federal Grants

Collaborators

Past and Future Storm-Driven Changes to a Dynamic Sandy Barrier System: Outer Cape Cod, Massachusetts. Water (2025)

Daniel J. HarringtonJohn P. WalshAnnette R. GrilliIsaac GinisDeborah CrowleyStephan T. GrilliChristopher DamonRoland DuhaimePeter StempelPam Rubinoff

future storm-driven changeswater resourceswater resource managementenvironmental sciencesurface waterouter cape codstormwater managementhydrologystormwater

Erratum for “Simulation of Depth-Limited Breaking Waves in a 3D Fully Nonlinear Potential Flow Model”. Journal of Waterway Port Coastal and Ocean Engineering (2024)

Sunil MohanlalJeffrey C. HarrisMarissa L. YatesStephan T. Grilli

numerical simulationsengineeringcoastal engineeringocean engineeringmarine hydrodynamics

Assessing the Morphodynamic Response of a New England Beach-Barrier System to an Artificial Reef. Coastal Engineering (2023)

Elin SchuhAnnette R. GrilliFelix GroetschStephan T. GrilliDeborah CrowleyIsaac GinisPeter Stempel

climate changemorphodynamic responsemarine engineeringengineeringcoastal engineeringenvironmental engineeringartificial reef

Landslide Tsunami Hazard Assessment: A Numerical Model for the Simulation of Multiple Landslide-Induced Tsunamis Scenarios in a Monte Carlo Framework. Coastal Engineering Proceedings (2023)

Claudia CecioniGiorgio BellottiVerdiana IorioStephan T. Grilli

computational modelsnumerical modeling (geology)numerical simulationsnumerical modelearthquake engineeringmathematical modelscoastal engineeringcivil engineeringlandslidesenvironmental engineeringgraphical modelsmodeling and simulationmonte carlo frameworkapplied mathematics

Probabilistic Landslide Tsunami Modeling of the 2018 Palu Bay Event. Coastal Engineering (2023)

Claudia CecioniVerdiana IorioGiorgio BellottiStephan T. Grilli

coastal managementearth sciencenatural disastersseismologymarine engineeringengineeringpalu bay eventtsunamiscoastal geomorphologycoastal engineeringcoastal researchenvironmental engineeringlandslidesprobability theory

Understanding and Reducing the Disaster Risk of Landslide-Induced Tsunamis: Outcome of the Panel Discussion and the World Tsunami Awareness Day Special Event of the Fifth World Landslide Forum. Springer eBooks (2023)

Shinji SassaStephan T. GrilliDavid R. TappinKyoji SassaDwikorita KarnawatiViacheslav K. GusiakovFinn Løvholt

disaster preventiondisaster risk reductionlandslideslandslide-induced tsunamisdisaster riskdisaster researchdisaster managementnatural disasterscivil engineeringpublic healthpanel discussionearth sciencedisaster mitigationdisastersdisaster risk sciencecoastal managementseismologyearthquake risk mitigationrisk management

Unified Depth-Limited Wave Breaking Detection and Dissipation in Fully Nonlinear Potential Flow Models. Coastal Engineering (2023)

Sunil MohanlalJeffrey C. HarrisMarissa L. YatesStephan T. Grilli

marine engineeringoceanographycoastal engineeringenvironmental engineeringocean engineering

Block-Structured, Equal-Workload, Multi-Grid-Nesting Interface for the Boussinesq Wave Model Funwave-Tvd (Total Variation Diminishing). Geoscientific model development (2022)

Young-Kwang ChoiFengyan ShiMatt MalejJane M. SmithJames T. KirbyStephan T. Grilli

thermal engineeringgeodesywave propagationnumerical modeling (geology)earth sciencenumerical simulationsgeoscientific model developmentfluid dynamicsnumerical analysismulti-grid-nesting interfaceenvironmental engineeringtotal variation diminishingmodeling and simulationapplied physicsgeological modeling

Hybrid Lattice-Boltzmann-Potential Flow Simulations of Turbulent Flow Around Submerged Structures. Journal of Marine Science and Engineering (2022)

Christopher M. O’ReillyStephan T. GrilliChristian F. JanßenJason M. DahlJeffrey C. Harris

marine engineeringturbulent flowfluid dynamicsmechanical engineeringfluid mechanicsenvironmental engineeringocean engineeringmarine hydrodynamics

Validation and Inter-Comparison of Models for Landslide Tsunami Generation. Ocean Modelling (2022)

James T. KirbyStephan T. GrilliJuan HorrilloPhilip L.-F. LiuDmitry NicolskyStephane AbadieBehzad Ataie-AshtianiManuel J. CastroLucie ClousCipriano EscalanteIsaac FineJosé Manuel González-VidaFinn LøvholtPatrick LynettGangfeng MaJorge MacíasSergio OrtegaFengyan ShiSaeedeh Yavari-RamsheCheng Zhang

ocean modellingearth scienceseismologylandslide tsunami generation

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Stephan T. Grilli

Distinguished Professor and Chair Ocean Engineering

University of Rhode Island

Affiliations

College of Engineering

International Engineering

Ocean Engineering

Stephan T. Grilli is currently serving as a College Of Engineering Distinguished Professor and Chair Ocean Engineering at University of Rhode Island.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Stephan T. Grilli

University of Rhode Island

Distinguished Professor and Chair Ocean Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Past and Future Storm-Driven Changes to a Dynamic Sandy Barrier System: Outer Cape Cod, Massachusetts. Water (2025)

Daniel J. HarringtonJohn P. WalshAnnette R. GrilliIsaac GinisDeborah CrowleyStephan T. GrilliChristopher DamonRoland DuhaimePeter StempelPam Rubinoff

future storm-driven changeswater resourceswater resource managementenvironmental sciencesurface waterouter cape codstormwater managementhydrologystormwater

Erratum for “Simulation of Depth-Limited Breaking Waves in a 3D Fully Nonlinear Potential Flow Model”. Journal of Waterway Port Coastal and Ocean Engineering (2024)

Sunil MohanlalJeffrey C. HarrisMarissa L. YatesStephan T. Grilli

numerical simulationsengineeringcoastal engineeringocean engineeringmarine hydrodynamics

Assessing the Morphodynamic Response of a New England Beach-Barrier System to an Artificial Reef. Coastal Engineering (2023)

Elin SchuhAnnette R. GrilliFelix GroetschStephan T. GrilliDeborah CrowleyIsaac GinisPeter Stempel

climate changemorphodynamic responsemarine engineeringengineeringcoastal engineeringenvironmental engineeringartificial reef

Landslide Tsunami Hazard Assessment: A Numerical Model for the Simulation of Multiple Landslide-Induced Tsunamis Scenarios in a Monte Carlo Framework. Coastal Engineering Proceedings (2023)

Claudia CecioniGiorgio BellottiVerdiana IorioStephan T. Grilli

Probabilistic Landslide Tsunami Modeling of the 2018 Palu Bay Event. Coastal Engineering (2023)

Claudia CecioniVerdiana IorioGiorgio BellottiStephan T. Grilli

Shinji SassaStephan T. GrilliDavid R. TappinKyoji SassaDwikorita KarnawatiViacheslav K. GusiakovFinn Løvholt

Unified Depth-Limited Wave Breaking Detection and Dissipation in Fully Nonlinear Potential Flow Models. Coastal Engineering (2023)

Sunil MohanlalJeffrey C. HarrisMarissa L. YatesStephan T. Grilli

marine engineeringoceanographycoastal engineeringenvironmental engineeringocean engineering

Block-Structured, Equal-Workload, Multi-Grid-Nesting Interface for the Boussinesq Wave Model Funwave-Tvd (Total Variation Diminishing). Geoscientific model development (2022)

Young-Kwang ChoiFengyan ShiMatt MalejJane M. SmithJames T. KirbyStephan T. Grilli

Hybrid Lattice-Boltzmann-Potential Flow Simulations of Turbulent Flow Around Submerged Structures. Journal of Marine Science and Engineering (2022)

Christopher M. O’ReillyStephan T. GrilliChristian F. JanßenJason M. DahlJeffrey C. Harris

marine engineeringturbulent flowfluid dynamicsmechanical engineeringfluid mechanicsenvironmental engineeringocean engineeringmarine hydrodynamics

Validation and Inter-Comparison of Models for Landslide Tsunami Generation. Ocean Modelling (2022)

ocean modellingearth scienceseismologylandslide tsunami generation

1
2
3
4
5
19
10 / page

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