Faculty

Institution

Unit

Venue

George Matheou

Assistant Professor

University of Connecticut

Affiliations

College of Engineering

School of Mechanical, Aerospace, and Manufacturing Engineering

George Matheou is currently serving as a College Of Engineering Assistant Professor at University of Connecticut.

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 Matheou

University of Connecticut

Assistant Professor

You can click a keyword to filter the displayed items

atmospheric science fluid dynamics atmospheric research numerical simulations earth science planetary sciences meteorology large-eddy simulation environmental science aerospace engineering geoscientific model development fluid mechanics aerosol science turbulence modeling atmospheric models boundary layers large-eddy simulations climate dynamics numerical weather prediction atmospheric boundary layer remote sensing large-scale simulations multiscale modeling atmospheric environment atmospheric process cloud physics cloud dynamics stratified turbulence shallow cumulus convection atmospheric chemistry computational fluid dynamics earth observation data physical oceanography direct numerical simulation cumulus cloud transition cumulus convection hydrometeorology scientific computing vortex dynamics atmospheric sensing natural convection applied meteorology weather forecasting earth observation turbulent flow heat transfer methane plumes stratocumulus cloud stable boundary layers ocean modelling atmospheric measurement technique environmental fluid mechanics geodesy thermal engineering cryosphere earth system science digital earth radar image processing optical remote sensing meteorological forcing meteorological measurements continuous monitoring real-time application sparse representations vector processing dimensionality reduction aeronautics aerospace technology atmospheric condition large scale structure modeling method extreme weather stretched-vortex model methane point-source emission sheared turbulence methane point-source quantification stable stratification multiscale hydrodynamics physics fluid flow density stratification

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deep Learning-Based Quantifications of Methane Emissions With Field Applications. International Journal of Applied Earth Observation and Geoinformation (2024)

Ismot JahanMohamed MehanaGeorgios MatheouHari Viswanathan

earth observationremote sensingenvironmental sciencenatural gasmethane emissionsemission reductionglobal monitoringgeographydigital earthgeoscientific model developmentearth scienceearth observation datamachine learning researchdeep learning-based quantificationsfield applicationsatmospheric researchmachine learningenvironmental monitoringdeep learninglarge-scale datasets

Computational Domain Size Effects on Large-Eddy Simulations of Precipitating Shallow Cumulus Convection. Atmosphere (2023)

Oumaima LamaakelRavon VentersJoao TeixeiraGeorgios Matheou

atmospheric modelsshallow cumulus convectionnumerical weather predictionatmospheric sciencelarge-eddy simulationsnumerical simulations

Department of Energy’s Atmospheric System Research (Asr) Program’s Workshop on the Future of Atmospheric Large Eddy Simulation (Les): Workshop Report. (2023)

Kyle PresselThijs HeusYunyan ZhangChiel van HeerwaardenAnna JarugaGeorgios MatheouMikael WitteLaura FierceKatie LundquistVirendra GhateFan YangChristine ChiuDavid Richter

atmospheric scienceatmospheric system research

Improving the Representation of Shallow Cumulus Convection With the Simplified-Higher-Order-Closure–Mass-Flux (Shoc+Mf V1.0) Approach. Geoscientific model development (2023)

Maria J. ChinitaMikael WitteMarcin J. KurowskiJoao TeixeiraKay SuseljGeorgios MatheouPeter Bogenschutz

geoscientific model developmentshallow cumulus convectionnumerical modeling (geology)heat transferearth scienceatmospheric sciencegeodesyplanetary sciences

Augmenting the Double-Gaussian Representation of Atmospheric Turbulence and Convection via a Coupled Stochastic Multi-Plume Mass-Flux Scheme. Monthly Weather Review (2022)

Mikael K. WitteAdam HerringtonJoao TeixeiraMarcin J. KurowskiMaria J. ChinitaRachel L. StorerKay SuseljGeorgios MatheouJulio Bacmeister

atmospheric modelsaerospace engineeringvector processingdimensionality reductionnumerical simulationsstatisticsclimate dynamicsclimate modelscomputational fluid dynamicsmultiphase flowsplanetary sciencessparse representationsgeoscientific model developmentnumerical weather predictiondouble-gaussian representationatmospheric turbulencemultiscale modelinghydrometeorologyatmospheric researchatmospheric science

Comment on Gmd-2022-162. (2022)

Chinita, Maria J.Witte, MikaelKurowski, Marcin J.Teixeira, JoaoSuselj, KayMatheou, GeorgiosBogenschutz, Peter

earth science

Large-Eddy Simulation of Cumulus Clouds. Physical Review Fluids (2022)

Georgios Matheou

large-eddy simulationfluid dynamicscumulus cloudsfluid mechanicscomputational fluid dynamicsapplied physicsnumerical simulations

Large‐Eddy Simulation of Very Stable Boundary Layers. Part II: Length Scales and Anisotropy in Stratified Atmospheric Turbulence. Quarterly Journal of the Royal Meteorological Society (2022)

Maria J. ChinitaGeorgios MatheouPedro M. A. Miranda

atmospheric modelsturbulence modelingmeteorologyfluid dynamicsboundary layersweather forecastinglarge-eddy simulationnumerical weather predictionatmospheric researchearth scienceatmospheric sciencemultiscale modelingstratified atmospheric turbulencelength scalesstable boundary layersnumerical simulations

Large‐Eddy Simulation of Very Stable Boundary Layers. Part I: Modeling Methodology. Quarterly Journal of the Royal Meteorological Society (2022)

Maria J. ChinitaGeorgios MatheouPedro M. A. Miranda

weather forecastingforecastingthermal engineeringmodeling methodologyapplied meteorologynumerical simulationslarge-eddy simulationlarge scale structuremodeling and simulationmeteorologygeoscientific model developmentmodeling methodearth sciencemultiscale modelingastronomyfluid dynamicsextreme weatheratmospheric researchapplied physicscryospherestable boundary layers

Organization Development in Precipitating Shallow Cumulus Convection: Evolution of Turbulence Characteristics. Journal of the Atmospheric Sciences (2022)

Oumaima LamaakelGeorgios Matheou

atmospheric processcloud dynamicsfluid dynamicsmeteorologyshallow cumulus convectionatmospheric researchnatural convectionaerospace engineeringatmospheric scienceevolutionary biologyturbulent flow heat transferplanetary sciencesatmospheric conditionnumerical simulationsturbulence characteristics

1
2
3
4
5
6
7
10 / page

George Matheou

Assistant Professor

University of Connecticut

Affiliations

College of Engineering

School of Mechanical, Aerospace, and Manufacturing Engineering

George Matheou is currently serving as a College Of Engineering Assistant Professor at University of Connecticut.

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 Matheou

University of Connecticut

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deep Learning-Based Quantifications of Methane Emissions With Field Applications. International Journal of Applied Earth Observation and Geoinformation (2024)

Ismot JahanMohamed MehanaGeorgios MatheouHari Viswanathan

Computational Domain Size Effects on Large-Eddy Simulations of Precipitating Shallow Cumulus Convection. Atmosphere (2023)

Oumaima LamaakelRavon VentersJoao TeixeiraGeorgios Matheou

atmospheric modelsshallow cumulus convectionnumerical weather predictionatmospheric sciencelarge-eddy simulationsnumerical simulations

Department of Energy’s Atmospheric System Research (Asr) Program’s Workshop on the Future of Atmospheric Large Eddy Simulation (Les): Workshop Report. (2023)

Kyle PresselThijs HeusYunyan ZhangChiel van HeerwaardenAnna JarugaGeorgios MatheouMikael WitteLaura FierceKatie LundquistVirendra GhateFan YangChristine ChiuDavid Richter

atmospheric scienceatmospheric system research

Improving the Representation of Shallow Cumulus Convection With the Simplified-Higher-Order-Closure–Mass-Flux (Shoc+Mf V1.0) Approach. Geoscientific model development (2023)

Maria J. ChinitaMikael WitteMarcin J. KurowskiJoao TeixeiraKay SuseljGeorgios MatheouPeter Bogenschutz

geoscientific model developmentshallow cumulus convectionnumerical modeling (geology)heat transferearth scienceatmospheric sciencegeodesyplanetary sciences

Augmenting the Double-Gaussian Representation of Atmospheric Turbulence and Convection via a Coupled Stochastic Multi-Plume Mass-Flux Scheme. Monthly Weather Review (2022)

Mikael K. WitteAdam HerringtonJoao TeixeiraMarcin J. KurowskiMaria J. ChinitaRachel L. StorerKay SuseljGeorgios MatheouJulio Bacmeister

Comment on Gmd-2022-162. (2022)

Chinita, Maria J.Witte, MikaelKurowski, Marcin J.Teixeira, JoaoSuselj, KayMatheou, GeorgiosBogenschutz, Peter

earth science

Large-Eddy Simulation of Cumulus Clouds. Physical Review Fluids (2022)

Georgios Matheou

large-eddy simulationfluid dynamicscumulus cloudsfluid mechanicscomputational fluid dynamicsapplied physicsnumerical simulations

Large‐Eddy Simulation of Very Stable Boundary Layers. Part II: Length Scales and Anisotropy in Stratified Atmospheric Turbulence. Quarterly Journal of the Royal Meteorological Society (2022)

Maria J. ChinitaGeorgios MatheouPedro M. A. Miranda

Large‐Eddy Simulation of Very Stable Boundary Layers. Part I: Modeling Methodology. Quarterly Journal of the Royal Meteorological Society (2022)

Maria J. ChinitaGeorgios MatheouPedro M. A. Miranda

Organization Development in Precipitating Shallow Cumulus Convection: Evolution of Turbulence Characteristics. Journal of the Atmospheric Sciences (2022)

Oumaima LamaakelGeorgios Matheou

1
2
3
4
5
6
7
10 / page

Similar Faculty Members

Qi Li

Institution

Cornell University

meteorology

earth science

Harindra Joseph Fernando

Institution

University of Notre Dame

sustainability science

industrial fluid mechanics

Marcelo Chamecki

Institution

University of California, Los Angeles

ocean modelling

oceanography

Deborah Levin Fliflet

Institution

University of Illinois Urbana-Champaign

hypersonic flows

rarefied flow

Paul Markowski

Institution

Pennsylvania State University

atmospheric science

boundary layer

Eric Pardyjak

Institution

University of Utah

atmospheric science

boundary layer

Dan Li

Institution

Boston University

geography

urban modelling

Steven Krueger

Institution

University of Utah

atmospheric science

boundary layer

Robert Street

Institution

Stanford University

geophysical flow

ocean engineering

Mohamed Iskandarani

Institution

University of Miami

oceanography

applied mathematics

Similar Faculty Members

Qi Li

Institution

Cornell University

meteorology

earth science

Harindra Joseph Fernando

Institution

University of Notre Dame

sustainability science

industrial fluid mechanics

Marcelo Chamecki

Institution

University of California, Los Angeles

ocean modelling

oceanography

Deborah Levin Fliflet

Institution

University of Illinois Urbana-Champaign

hypersonic flows

rarefied flow

Paul Markowski

Institution

Pennsylvania State University

atmospheric science

boundary layer

Eric Pardyjak

Institution

University of Utah

atmospheric science

boundary layer

Dan Li

Institution

Boston University

geography

urban modelling

Steven Krueger

Institution

University of Utah

atmospheric science

boundary layer

Robert Street

Institution

Stanford University

geophysical flow

ocean engineering

Mohamed Iskandarani

Institution

University of Miami

oceanography

applied mathematics