Faculty

Institution

Unit

Venue

George S. Constantinescu

Professor Civil and Environmental Engineering Faculty Research Engineer IIHR—Hydroscience and Engineering

University of Iowa

Affiliations

College of Engineering

Civil and Environmental Engineering

George S. Constantinescu is currently serving as a Civil And Environmental Engineering Professor Civil and Environmental Engineering Faculty Research Engineer IIHR—Hydroscience and Engineering at University of Iowa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George S. Constantinescu

University of Iowa

Professor Civil and Environmental Engineering Faculty Research Engineer IIHR—Hydroscience and Engineering

You can click a keyword to filter the displayed items

fluid dynamics fluid mechanics hydrology environmental engineering engineering hydraulics hydraulic engineering civil engineering applied physics fluid flow water resources sediment transport coastal engineering fluvial process turbulence modeling coherent structures hydraulic research marine engineering modeling and simulation hydrological process environmental fluid mechanics water science numerical simulations marine hydrodynamics turbulence structure numerical analysis numerical investigation large eddy simulation geophysical research unsteady flows turbulent flow large-eddy simulation sediment research hydraulic fracturing hydrodynamic stability environmental fluid dynamics gravity currents open channel computational fluid dynamics coastal research flow physics vegetation science hydrological modeling river confluence momentum ratio circular array scour hole circular cylinder strong curvature ecohydrology engineering geology geophysical flows water technology environmental flows flow hydrodynamics sediment erosion mechanisms ocean engineering bridge engineering vortex dynamics mass transfer aeronautics water ecologies fragmentation effect 3d modeling physical oceanography environmental microbiology depositional process erosion prediction incompressible flow turbulent flow heat transfer biological oceanography hydrobiology eutrophication oceanic science wave theory model comparison turbulence dynamics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Large Eddy Simulation of Power-Law Fluid Dam Break Wave Impacting Against a Vertical Wall. Physical Review Fluids (2024)

Andrea Del GaudioGeorge ConstantinescuCristiana Di CristoFrancesco De PaolaAndrea Vacca

vertical wallphysicsengineeringfluid dynamicsapplied physicslarge eddy simulation

Modelling the Impact of a Dam‐Break Wave on a Vertical Wall. Earth Surface Processes and Landforms (2024)

Andrea Del GaudioGiovanni La ForgiaGeorge ConstantinescuFrancesco De PaolaCristiana Di CristoMichele IervolinoAngelo LeopardiAndrea Vacca

vertical wallimpact loadingengineeringdam-break wavegeomorphologyearth sciencegeodynamicscivil engineeringapplied geomorphologytectonics

Channel Curvature Effects on the Critical Froude Number for Shear Failure of Riprap Stones Used to Protect Abutments Against Erosion. Proceedings of the 39th IAHR World Congress (2022)

Hao WuJie ZengGeorge Constantinescu

critical froude numberengineeringecologyriprap stonesgeotechnical engineeringshear failurecivil engineeringchannel curvature effects

Mixing Dynamics at River Confluences Governed by Intermodal Behaviour. Nature Geoscience (2022)

A. N. SukhodolovO. O. ShumilovaG. S. ConstantinescuQ. W. LewisB. L. Rhoads

hydrodynamic stabilityfluid dynamicsenvironmental fluid dynamicsenvironmental fluid mechanicssediment researchfluid mechanicsmixing modesriver confluencesfluvial processhydraulic researchhydrologysedimentologydye visualizationsgeophysical flowsfluid flowgeographysediment transportecologyhydrological processecohydrologyenvironmental flows

Dynamics of Shallow Wakes on Gravel-Bed Floodplains: Dataset From Field Experiments. Earth system science data (2021)

OO ShumilovaAN SukhodolovGS ConstantinescuBJ MacVicar

engineering geologyscientific dataecologygravel-bed floodplainsfluid dynamicsgeotechnical engineeringcoastal engineeringsoil dynamicscivil engineeringearth scienceearth system scienceshallow wakes

Advective Lateral Transport of Streamwise Momentum Governs Mixing at Small River Confluences. Water Resources Research (2020)

Quinn LewisBruce RhoadsAlexander SukhodolovGeorge Constantinescu

geophysical flowshydrological processfluid flowfluvial processhydraulic researchgeomorphologyfluid dynamicshydrologyadvective lateral transportenvironmental fluid mechanicsminor mixinglateral mixinggeographysediment researchcivil engineeringenvironmental flowsfluid mechanicssediment transport

Confluence Density Effects Simulation Database. (2020)

Daniel Horna MunozGeorge ConstantinescuBruce RhoadsQuinn LewisAlexander Sukhodolov

numerical simulationssimulation modellingstatisticsscientific datasystems modelingscientific computingdata modelingdata and information visualizationexploratory data analysismodeling and simulation

Dataset on the Dynamics of Shallow Wakes in Gravel-Bed Floodplains: Results of the Field Experiments on the Tagliamento River, Italy. Zenodo (CERN European Organization for Nuclear Research) (2020)

Oleksandra ShumilovaAlexander SukhodolovGeorge ConstantinescuBruce MacVicar

tagliamento riverenvironmental engineeringecologyfluvial processgravel-bed floodplainsfluid dynamicshydrologycoastal engineeringnuclear sciencecivil engineeringnuclear engineeringshallow wakes

Density Effects at a Concordant Bed Natural River Confluence. Water Resources Research (2020)

Daniel Horna‐MunozGeorge ConstantinescuBruce RhoadsQuinn LewisAlexander Sukhodolov

hydrological processfluid flowhydraulic engineeringhydraulic researchfluvial processhydrodynamic stabilityfluid dynamicshydrologydensity interfacesedimentologyenvironmental fluid mechanicsdensity effectssediment researchcivil engineeringearth sciencefluid mechanicsriver systemssediment transport

Horizontal Transport Under Wind-Induced Resonance in Stratified Waterbodies. Physical Review Fluids (2020)

HN UlloaG ConstantinescuK ChangD Horna-MunozO Hames...

physicsbiophysicsstratified waterbodiesfluid dynamicshorizontal transportapplied physicsfluid mechanicswind-induced resonance

1
2
3
4
5
20
10 / page

George S. Constantinescu

Professor Civil and Environmental Engineering Faculty Research Engineer IIHR—Hydroscience and Engineering

University of Iowa

Affiliations

College of Engineering

Civil and Environmental Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George S. Constantinescu

University of Iowa

Professor Civil and Environmental Engineering Faculty Research Engineer IIHR—Hydroscience and Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Large Eddy Simulation of Power-Law Fluid Dam Break Wave Impacting Against a Vertical Wall. Physical Review Fluids (2024)

Andrea Del GaudioGeorge ConstantinescuCristiana Di CristoFrancesco De PaolaAndrea Vacca

vertical wallphysicsengineeringfluid dynamicsapplied physicslarge eddy simulation

Modelling the Impact of a Dam‐Break Wave on a Vertical Wall. Earth Surface Processes and Landforms (2024)

Andrea Del GaudioGiovanni La ForgiaGeorge ConstantinescuFrancesco De PaolaCristiana Di CristoMichele IervolinoAngelo LeopardiAndrea Vacca

vertical wallimpact loadingengineeringdam-break wavegeomorphologyearth sciencegeodynamicscivil engineeringapplied geomorphologytectonics

Channel Curvature Effects on the Critical Froude Number for Shear Failure of Riprap Stones Used to Protect Abutments Against Erosion. Proceedings of the 39th IAHR World Congress (2022)

Hao WuJie ZengGeorge Constantinescu

critical froude numberengineeringecologyriprap stonesgeotechnical engineeringshear failurecivil engineeringchannel curvature effects

Mixing Dynamics at River Confluences Governed by Intermodal Behaviour. Nature Geoscience (2022)

A. N. SukhodolovO. O. ShumilovaG. S. ConstantinescuQ. W. LewisB. L. Rhoads

Dynamics of Shallow Wakes on Gravel-Bed Floodplains: Dataset From Field Experiments. Earth system science data (2021)

OO ShumilovaAN SukhodolovGS ConstantinescuBJ MacVicar

engineering geologyscientific dataecologygravel-bed floodplainsfluid dynamicsgeotechnical engineeringcoastal engineeringsoil dynamicscivil engineeringearth scienceearth system scienceshallow wakes

Advective Lateral Transport of Streamwise Momentum Governs Mixing at Small River Confluences. Water Resources Research (2020)

Quinn LewisBruce RhoadsAlexander SukhodolovGeorge Constantinescu

Confluence Density Effects Simulation Database. (2020)

Daniel Horna MunozGeorge ConstantinescuBruce RhoadsQuinn LewisAlexander Sukhodolov

numerical simulationssimulation modellingstatisticsscientific datasystems modelingscientific computingdata modelingdata and information visualizationexploratory data analysismodeling and simulation

Dataset on the Dynamics of Shallow Wakes in Gravel-Bed Floodplains: Results of the Field Experiments on the Tagliamento River, Italy. Zenodo (CERN European Organization for Nuclear Research) (2020)

Oleksandra ShumilovaAlexander SukhodolovGeorge ConstantinescuBruce MacVicar

tagliamento riverenvironmental engineeringecologyfluvial processgravel-bed floodplainsfluid dynamicshydrologycoastal engineeringnuclear sciencecivil engineeringnuclear engineeringshallow wakes

Density Effects at a Concordant Bed Natural River Confluence. Water Resources Research (2020)

Daniel Horna‐MunozGeorge ConstantinescuBruce RhoadsQuinn LewisAlexander Sukhodolov

Horizontal Transport Under Wind-Induced Resonance in Stratified Waterbodies. Physical Review Fluids (2020)

HN UlloaG ConstantinescuK ChangD Horna-MunozO Hames...

physicsbiophysicsstratified waterbodiesfluid dynamicshorizontal transportapplied physicsfluid mechanicswind-induced resonance

1
2
3
4
5
20
10 / page

Similar Faculty Members

Robert Street

Institution

Stanford University

geophysical flow

ocean engineering

Fabian Bombardelli

Institution

University of California, Davis

environmental fluid mechanic

computational fluid dynamic

Diogo Bolster

Institution

University of Notre Dame

environmental engineering

hydraulic research

Larry J. Weber

Institution

University of Iowa

river restoration

aquatic conservation

Harindra Joseph Fernando

Institution

University of Notre Dame

sustainability science

industrial fluid mechanics

Yoram N. Rubin

Institution

University of California, Berkeley

hydrogeologic system

hydroinformatics

Ali Khosronejad

Institution

Stony Brook University

scientific computing

turbulence modeling

Xiaofeng Liu

Institution

Pennsylvania State University

environmental engineering

hydraulic research

Heidi Nepf

Institution

Massachusetts Institute of Technology

environmental science

ecology

John D. Albertson

Institution

Cornell University

engineering

water-energy nexus

Similar Faculty Members

Robert Street

Institution

Stanford University

geophysical flow

ocean engineering

Fabian Bombardelli

Institution

University of California, Davis

environmental fluid mechanic

computational fluid dynamic

Diogo Bolster

Institution

University of Notre Dame

environmental engineering

hydraulic research

Larry J. Weber

Institution

University of Iowa

river restoration

aquatic conservation

Harindra Joseph Fernando

Institution

University of Notre Dame

sustainability science

industrial fluid mechanics

Yoram N. Rubin

Institution

University of California, Berkeley

hydrogeologic system

hydroinformatics

Ali Khosronejad

Institution

Stony Brook University

scientific computing

turbulence modeling

Xiaofeng Liu

Institution

Pennsylvania State University

environmental engineering

hydraulic research

Heidi Nepf

Institution

Massachusetts Institute of Technology

environmental science

ecology

John D. Albertson

Institution

Cornell University

engineering

water-energy nexus