Faculty

Institution

Unit

Venue

James Kirby

Edward C Davis Professor

University of Delaware

Affiliations

College of Engineering

Civil and Environmental Engineering

James Kirby is currently serving as a Civil And Environmental Engineering Edward C Davis Professor at University of Delaware.

Honors

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Experiences

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Education

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James Kirby

University of Delaware

Edward C Davis Professor

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oceanography coastal engineering marine engineering engineering earth science environmental engineering applied physics ocean engineering fluid dynamics physical oceanography ocean modelling fluid mechanics climate change seismology coastal research geophysical research geophysics wave motion ocean sciences wave propagation hydrology numerical simulations hydraulics marine hydrodynamics wave theory coastal management operational oceanography marine geology coastal geomorphology landslides oceanic science boussinesq modeling acoustical oceanography shallow water water waves applied geophysics geological modeling numerical study engineering geology surface waves boussinesq models natural hazards geoscientific model development hydrological modeling indian ocean tsunami longshore currents irregular bathymetry surf zone applied geomorphology oceanographic research parabolic equations turbulence modeling acoustical engineering surface water estuaries wave breaking earth system science geophysical flows computational geophysics coastal process coastal flooding regional tectonics nonlinear boussinesq model tohoku tsunami shear instabilities parabolic equation method wave-current interaction geodesy india-asia collision structural collapse hydraulic engineering nonlinear wave propagation seismic hazard geological hazards fluvial process wave transformation ocean surface waves time series nearshore process sediment transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

Statistics of Bubble Plumes Generated by Breaking Surface Waves. Journal of Geophysical Research Oceans (2024)

Morteza DerakhtiJim ThomsonChristopher BassettMika MalilaJames T. Kirby

oceanographygeophysical researchgeophysicsocean sciencesearth scienceatmospheric sciencephysical oceanographybubble plumesenvironmental scienceoceanic sciencestatistics

Fourth-Order Stability Analysis for Capillary-Gravity Waves on Finite-Depth Currents With Constant Vorticity. Physics of Fluids (2023)

A. K. DharJames T. Kirby

fluid dynamicsconstant vorticityapplied physicsphysicscapillary-gravity wavesfinite-depth currentsfourth-order stability analysis

Highly Nonlinear Internal Solitary Waves With a Free Surface. Ocean Modelling (2023)

Suma DebsarmaSabyasachi ChakraborttyJames T. Kirby

oceanographywave motionocean modellingfree surfacephysical oceanographyenvironmental sciencewave theory

Reducing Impacts of Artificial Ponding in Modeling Salt Marshes Using a Conductivity-Formulated Subgrid Model. Estuarine Coastal and Shelf Science (2023)

Yujie ChenFengyan ShiJames T. KirbyBingchen LiangGuoxiang WuMithun Deb

coastal conservationestuarine geochemistrycoastal researchcoastal engineeringenvironmental engineeringcoastal managementestuariesenvironmental modellinghydrological modelingestuarine hydrodynamicsconductivity-formulated subgrid modelsalt marshesenvironmental scienceaquatic ecosystemsartificial pondingplanetary sciences

An Efficient Tsunami Arrival Time Estimator Coupled to Acoustic Gravity Wave Multi-Fault Rupture Solution. (2022)

Ali AbdolaliUsama KadriByron WilliamsJames KirbyBernabe Gomez Perez

planetary sciencesseismology

A Surface Porosity Approach for Eliminating Artificial Ponding in Coastal Salt Marsh Simulations. Coastal Engineering (2022)

Mithun DebJames T. KirbyAli AbdolaliFengyan Shi

marine engineeringcoastal engineeringenvironmental engineeringartificial ponding

Block-Structured, Equal Workload, Multigrid Nesting Interface for Boussinesq Wave Model Funwave-Tvd. (2022)

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

equal workloadperformance evaluationsystems 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

total variation diminishingfluid dynamicsnumerical analysisenvironmental engineeringgeoscientific model developmentnumerical modeling (geology)multi-grid-nesting interfaceearth sciencethermal engineeringapplied physicswave propagationgeodesygeological modelingmodeling and simulationnumerical simulations

Comment on Egusphere-2022-35. (2022)

Choi, Young-KwangShi, FengyanMalej, MattSmith, Jane M.Kirby, James T.Grilli, Stephan

earth science

Hydrodynamic Modeling of a Complex Salt Marsh System: Importance of Channel Shoreline and Bathymetric Resolution. Coastal Engineering (2022)

Mithun DebAli AbdolaliJames T. KirbyFengyan Shi

bathymetric resolutioncoastal engineeringenvironmental engineeringchannel shorelinemarine engineeringhydrodynamic modeling

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James Kirby

Edward C Davis Professor

University of Delaware

Affiliations

College of Engineering

Civil and Environmental Engineering

James Kirby is currently serving as a Civil And Environmental Engineering Edward C Davis Professor at University of Delaware.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Kirby

University of Delaware

Edward C Davis Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Statistics of Bubble Plumes Generated by Breaking Surface Waves. Journal of Geophysical Research Oceans (2024)

Morteza DerakhtiJim ThomsonChristopher BassettMika MalilaJames T. Kirby

oceanographygeophysical researchgeophysicsocean sciencesearth scienceatmospheric sciencephysical oceanographybubble plumesenvironmental scienceoceanic sciencestatistics

Fourth-Order Stability Analysis for Capillary-Gravity Waves on Finite-Depth Currents With Constant Vorticity. Physics of Fluids (2023)

A. K. DharJames T. Kirby

fluid dynamicsconstant vorticityapplied physicsphysicscapillary-gravity wavesfinite-depth currentsfourth-order stability analysis

Highly Nonlinear Internal Solitary Waves With a Free Surface. Ocean Modelling (2023)

Suma DebsarmaSabyasachi ChakraborttyJames T. Kirby

oceanographywave motionocean modellingfree surfacephysical oceanographyenvironmental sciencewave theory

Reducing Impacts of Artificial Ponding in Modeling Salt Marshes Using a Conductivity-Formulated Subgrid Model. Estuarine Coastal and Shelf Science (2023)

Yujie ChenFengyan ShiJames T. KirbyBingchen LiangGuoxiang WuMithun Deb

An Efficient Tsunami Arrival Time Estimator Coupled to Acoustic Gravity Wave Multi-Fault Rupture Solution. (2022)

Ali AbdolaliUsama KadriByron WilliamsJames KirbyBernabe Gomez Perez

planetary sciencesseismology

A Surface Porosity Approach for Eliminating Artificial Ponding in Coastal Salt Marsh Simulations. Coastal Engineering (2022)

Mithun DebJames T. KirbyAli AbdolaliFengyan Shi

marine engineeringcoastal engineeringenvironmental engineeringartificial ponding

Block-Structured, Equal Workload, Multigrid Nesting Interface for Boussinesq Wave Model Funwave-Tvd. (2022)

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

equal workloadperformance evaluationsystems 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

Comment on Egusphere-2022-35. (2022)

Choi, Young-KwangShi, FengyanMalej, MattSmith, Jane M.Kirby, James T.Grilli, Stephan

earth science

Hydrodynamic Modeling of a Complex Salt Marsh System: Importance of Channel Shoreline and Bathymetric Resolution. Coastal Engineering (2022)

Mithun DebAli AbdolaliJames T. KirbyFengyan Shi

bathymetric resolutioncoastal engineeringenvironmental engineeringchannel shorelinemarine engineeringhydrodynamic modeling

1
2
3
4
5
33
10 / page

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ocean engineering

tsunami

Robert Dalrymple

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Northwestern University

coastal engineering

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Massachusetts Institute of Technology

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Institution

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engineering

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field observations

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