Faculty

Institution

Unit

Venue

Kiran Bhaganagar

Professor Associate Fellow of AIAA American Institute of Aeronautics and Astraunatics Mechanical Engineering

University of Texas at San Antonio

Affiliations

Margie and Bill Klesse College of Engineering & Integrated Design

Mechanical Engineering

School of Architecture & Planning

Kiran Bhaganagar is currently serving as a Margie And Bill Klesse College Of Engineering & Integrated Design Professor Associate Fellow of AIAA American Institute of Aeronautics and Astraunatics Mechanical Engineering at University of Texas At San Antonio.

Honors

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Experiences

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Education

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Kiran Bhaganagar

University of Texas at San Antonio

Professor Associate Fellow of AIAA American Institute of Aeronautics and Astraunatics Mechanical Engineering

You can click a keyword to filter the displayed items

fluid dynamics fluid mechanics atmospheric science turbulence modeling environmental engineering engineering physics applied mathematics atmospheric research numerical simulations cardiology atmospheric environment direct numerical simulation meteorology modeling and simulation air pollution machine learning respiratory medicine hydraulics coronary artery disease boundary layers rough walls plaque morphology turbulent buoyant plumes diseased coronary artery cardiovascular research mathematical modelling applied meteorology applied mathematical modelling arterial disease angiology wind turbines wind turbine wake energy research engineering science marine engineering total environment aerosol science earth system science hydraulic research biomedical imaging cardiovascular imaging operational oceanography ocean modelling energy planning energy forecasting environmental epidemiology infectious disease modelling simulation modelling modeling method blood flow unsteady flows atmospheric impact assessment natural hazard assessment hydraulic engineering surface modeling wind engineering atmospheric models weather forecasting numerical weather prediction continuous monitoring positioning systems marine hydrodynamics reachability analysis disaster research earth observation optical remote sensing wall-bounded turbulence atmospheric variables full-scale wind farm artificial neural networks atmospheric inputs mean atmospheric forcings near-wake structure turbulent boundary layer high-fidelity numerical simulation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Principal Component Analysis of Arctic Sea Ice Using Multi-Spectral Sentinel-2 and Radar Sentinel-1 Data. (2024)

Jullian WilliamsKiran Bhaganagar

earth observation dataprincipal component analysisdata sciencearctic sea iceremote sensing

PYPLUME: An Automated Python-Based Library for Analyzing Turbulent Plumes From Bplume-Wrf-Les Model. Journal of Open Research Software (2024)

Thanh TranKiran Bhaganagar

automated python-based librarybplume-wrf-les modelturbulent plumesopen research

The Dolan Fire of Central Coastal California: Burn Severity Estimates From Remote Sensing and Associations With Environmental Factors. Remote Sensing (2024)

Iyare OseghaeKiran BhaganagarAlberto M. Mestas-Nuñez

coastal researchearth observationremote sensingenvironmental sciencecentral coastal californiaoptical remote sensingfire ecologyfire researchgeographywildfiresdisaster researchearth scienceburned area mappingforestryburn severity estimatesclimate changeforest ecologyclimatologydolan fire

Turbulent Cascading in Buoyant Plumes. Environmental Fluid Mechanics (2024)

Chang Hsin ChenKiran Bhaganagar

fluid dynamicsenvironmental engineeringfluid mechanicsatmospheric sciencebuoyant plumes

Energetics of Buoyancy-Generated Turbulent Flows With Active Scalar: Pure Buoyant Plume. Journal of Fluid Mechanics (2023)

Chang Hsin ChenKiran Bhaganagar

hydraulicsfluid dynamicsfluid mechanicsaerospace engineeringpure buoyant plumeactive scalarmarine hydrodynamics

New Insights on Buoyancy-Driven Turbulent Flows. ERCOFTAC series (2023)

Kiran Bhaganagar

buoyancy-driven turbulent flowsenvironmental sciencefluid dynamicsturbulence modeling

A Novel Machine-Learning Framework With a Moving Platform for Maritime Drift Calculations. Frontiers in Marine Science (2022)

Kiran BhaganagarPrasanna KolarSyed Hasib Akhter FaruquiDiganta BhattacharjeeAdel AlaeddiniKamesh Subbarao

oceanographycomputer sciencemaritime drift calculationsmachine learning

Configurable Simulation Strategies for Testing Pollutant Plume Source Localization Algorithms Using Autonomous Multisensor Mobile Robots. International Journal of Advanced Robotic Systems (2022)

Tyrell LewisKiran Bhaganagar

environmental engineeringsystems engineeringconfigurable simulation strategiesroboticsaerospace engineeringartificial intelligenceair pollutioncontinuous monitoringmodeling and simulationpositioning systems

A Pathway Towards Sustainable Development of Small Capacity Horizontal Axis Wind Turbines – Identification of Influencing Design Parameters Their Role on Performance Analysis. Sustainable Energy Technologies and Assessments (2021)

Pappu ArumugamVelraj RamalingamKiran Bhaganagar

sustainable developmentsustainable energy technologiesengineeringsustainable energyrenewable energydesign parameters

A Robust Deep Learning Framework for Short-Term Wind Power Forecast of a Full-Scale Wind Farm Using Atmospheric Variables. Energy (2021)

Rajitha MekaAdel AlaeddiniKiran Bhaganagar

forecastingsystems engineeringenergy forecastingenergy researchatmospheric variablesenergy planningdata sciencewind powerenergy economicsfull-scale wind farmelectrical engineeringdeep learning

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Kiran Bhaganagar

Professor Associate Fellow of AIAA American Institute of Aeronautics and Astraunatics Mechanical Engineering

University of Texas at San Antonio

Affiliations

Margie and Bill Klesse College of Engineering & Integrated Design

Mechanical Engineering

School of Architecture & Planning

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kiran Bhaganagar

University of Texas at San Antonio

Professor Associate Fellow of AIAA American Institute of Aeronautics and Astraunatics Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Principal Component Analysis of Arctic Sea Ice Using Multi-Spectral Sentinel-2 and Radar Sentinel-1 Data. (2024)

Jullian WilliamsKiran Bhaganagar

earth observation dataprincipal component analysisdata sciencearctic sea iceremote sensing

PYPLUME: An Automated Python-Based Library for Analyzing Turbulent Plumes From Bplume-Wrf-Les Model. Journal of Open Research Software (2024)

Thanh TranKiran Bhaganagar

automated python-based librarybplume-wrf-les modelturbulent plumesopen research

The Dolan Fire of Central Coastal California: Burn Severity Estimates From Remote Sensing and Associations With Environmental Factors. Remote Sensing (2024)

Iyare OseghaeKiran BhaganagarAlberto M. Mestas-Nuñez

Turbulent Cascading in Buoyant Plumes. Environmental Fluid Mechanics (2024)

Chang Hsin ChenKiran Bhaganagar

fluid dynamicsenvironmental engineeringfluid mechanicsatmospheric sciencebuoyant plumes

Energetics of Buoyancy-Generated Turbulent Flows With Active Scalar: Pure Buoyant Plume. Journal of Fluid Mechanics (2023)

Chang Hsin ChenKiran Bhaganagar

hydraulicsfluid dynamicsfluid mechanicsaerospace engineeringpure buoyant plumeactive scalarmarine hydrodynamics

New Insights on Buoyancy-Driven Turbulent Flows. ERCOFTAC series (2023)

Kiran Bhaganagar

buoyancy-driven turbulent flowsenvironmental sciencefluid dynamicsturbulence modeling

A Novel Machine-Learning Framework With a Moving Platform for Maritime Drift Calculations. Frontiers in Marine Science (2022)

Kiran BhaganagarPrasanna KolarSyed Hasib Akhter FaruquiDiganta BhattacharjeeAdel AlaeddiniKamesh Subbarao

oceanographycomputer sciencemaritime drift calculationsmachine learning

Configurable Simulation Strategies for Testing Pollutant Plume Source Localization Algorithms Using Autonomous Multisensor Mobile Robots. International Journal of Advanced Robotic Systems (2022)

Tyrell LewisKiran Bhaganagar

Pappu ArumugamVelraj RamalingamKiran Bhaganagar

sustainable developmentsustainable energy technologiesengineeringsustainable energyrenewable energydesign parameters

A Robust Deep Learning Framework for Short-Term Wind Power Forecast of a Full-Scale Wind Farm Using Atmospheric Variables. Energy (2021)

Rajitha MekaAdel AlaeddiniKiran Bhaganagar

forecastingsystems engineeringenergy forecastingenergy researchatmospheric variablesenergy planningdata sciencewind powerenergy economicsfull-scale wind farmelectrical engineeringdeep learning

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Similar Faculty Members

Guillermo Araya

Institution

University of Texas at San Antonio

scientific computing

turbulence modeling

Xiang Yang

Institution

Pennsylvania State University

multifunctional materials

fluid flow

Rob Stoll

Institution

University of Utah

fluid flow

aerospace

Qi Li

Institution

Cornell University

meteorology

earth science

Sourabh Apte

Institution

Oregon State University

engineering

environmental engineering

Dick Yue

Institution

Massachusetts Institute of Technology

fluid dynamics

fluid mechanics

Ali Khosronejad

Institution

Stony Brook University

scientific computing

turbulence modeling

David B. Goldstein

Institution

University of Texas at Austin

detailed flow physics

rarefied gas dynamics

Ching-Long Lin

Institution

University of Iowa

scientific computing

turbulence modeling

Harindra Joseph Fernando

Institution

University of Notre Dame

sustainability science

industrial fluid mechanics