Faculty

Institution

Unit

Venue

Keith Walters

University of Arkansas

Affiliations

College of Engineering

Mechanical Engineering

NoneKeith Walters is currently serving as a College Of Engineering faculty at University of Arkansas.

Honors

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Experiences

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Education

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Keith Walters

University of Arkansas

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fluid dynamics engineering applied mathematics modeling and simulation thermal engineering heat transfer turbulence modeling mechanical engineering fluid mechanics applied physics aerodynamics numerical simulations respiratory medicine hydraulic engineering boundary layers numerical analysis large-scale simulations turbomachinery hydraulics computational study boundary layer transition biomechanics electrophysiology engineering optimization simulation methodology transitional flow turbulence models multistaged tesla valves wake-induced transition compressor-like flat plate artificial neural networks curvature effects direct numerical simulation film-cooling effectiveness low-speed airfoil cascade nanoparticle research friction aircraft computer graphics avian biology fluid flow experimental medicine computational optimization marine hydrodynamics nanoscale science nanostructure synthesis fragmentation effect nanobiotechnology nanoscale chemistry simulation framework aeronautics unsteady flows ventilation respiration (physiology) nuclear engineering shape modeling modeling method biomedical modeling surface engineering mechanical circulatory support reynolds-averaged navier-stokes simulations three-equation eddy-viscosity model single-point rans openfoam numerical methods

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cfd-Based Optimization of the Kinematic Cycle of an Oscillating Foil Energy Harvesting Device. (2023)

Nick RovitoD. Keith Walters

cfd-based optimizationcomputational optimizationengineering optimizationenergy harvestingkinematic cycleelectrical engineering

Investigation of Dynamic Hybrid Rans-Les Turbulence Modeling for Cfd Simulation of a Normal Jet in Crossflow. (2023)

Cole C. SimmondsD. Keith WaltersJames H. Leylek

fluid dynamicsturbulence modelingnormal jetaerospace engineeringcfd simulation

Investigation of Numerical Scheme and Model Combinations for Cfd Simulation of a Two-Phase Closed Thermosyphon. (2023)

Keisha B. WaltersHuiyu WangD. Keith Walters

model combinationsfluid dynamicsnumerical schemeaerospace engineeringcfd simulation

Numerical Analysis of Air Curtain Jet Blast Deflector. (2023)

Stuart FletcherD. Keith WaltersJames H. Leylek

civil engineeringaerodynamicsengineeringaerospace engineering

Reynolds-Averaged Navier-Stokes Cfd Simulation of High-Speed Boundary Layers. (2023)

Michael TullisD. Keith Walters

fluid dynamicsnumerical simulationshigh-speed boundary layersaerospace engineering

Analysis of Turbulent Flow and Thermal Structures in Low-Prandtl Number Buoyant Flows Using Direct Numerical Simulations. International Journal of Heat and Mass Transfer (2022)

S. BhushanM. ElmelloukiD.K. WaltersY.A. HassanE. MerzariA. Obabko

direct numerical simulationsfluid dynamicsthermal engineeringturbulent flowapplied mathematicsthermal structuresheat transfer

Assessment of Low- and High-Fidelity Turbulence Models for Heat Transfer Predictions in Low-Prandlt Number Flows. Nuclear Engineering and Design (2022)

S. BhushanM. ElmelloukiT. JamalG. BuscoD.K. WaltersY.A. HassanE. MerzariA. Obabko

engineeringhigh-fidelity turbulence modelsfluid dynamicsturbulence modelinglow-prandlt number flowsheat transfer predictionsnuclear engineeringheat transfer

A Wall-Modeled Large Eddy Simulation Method for High-Order Spectral Element Solvers. (2022)

D. Keith WaltersShanti BhushanWayne Strasser

fluid dynamicsmodeling and simulationnumerical simulationsengineering

Validation of Low and High-Fidelity Turbulence Models for Prediction of Turbulent Heat Transfer in Low Prandtl Number Flows Under Buoyant and Separated Flow Conditions. (2022)

Mohammed El MelloukiShanti BhushanChris PilmaierD. K. WaltersMichael GormanBrent HollrahY. A. HassanElia MerzariAleksandr ObabkoM. B. Dzodzo

systems engineeringflow conditionsfluid dynamicsturbulence modelingturbulent heat transfer

Assessment of Low and High-Fidelity Turbulence Models for Liquid Metal Flow Predictions. (2021)

Shanti BhushanMohammed ElmelloukiD. K. WaltersM. GormanB. HollrahY. A. HassanE. MezrariA. Obabko

fluid dynamicsmodeling and simulationturbulence modelinghigh-fidelity turbulence models

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Keith Walters

University of Arkansas

Affiliations

College of Engineering

Mechanical Engineering

NoneKeith Walters is currently serving as a College Of Engineering faculty at University of Arkansas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Keith Walters

University of Arkansas

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cfd-Based Optimization of the Kinematic Cycle of an Oscillating Foil Energy Harvesting Device. (2023)

Nick RovitoD. Keith Walters

cfd-based optimizationcomputational optimizationengineering optimizationenergy harvestingkinematic cycleelectrical engineering

Investigation of Dynamic Hybrid Rans-Les Turbulence Modeling for Cfd Simulation of a Normal Jet in Crossflow. (2023)

Cole C. SimmondsD. Keith WaltersJames H. Leylek

fluid dynamicsturbulence modelingnormal jetaerospace engineeringcfd simulation

Investigation of Numerical Scheme and Model Combinations for Cfd Simulation of a Two-Phase Closed Thermosyphon. (2023)

Keisha B. WaltersHuiyu WangD. Keith Walters

model combinationsfluid dynamicsnumerical schemeaerospace engineeringcfd simulation

Numerical Analysis of Air Curtain Jet Blast Deflector. (2023)

Stuart FletcherD. Keith WaltersJames H. Leylek

civil engineeringaerodynamicsengineeringaerospace engineering

Reynolds-Averaged Navier-Stokes Cfd Simulation of High-Speed Boundary Layers. (2023)

Michael TullisD. Keith Walters

fluid dynamicsnumerical simulationshigh-speed boundary layersaerospace engineering

Analysis of Turbulent Flow and Thermal Structures in Low-Prandtl Number Buoyant Flows Using Direct Numerical Simulations. International Journal of Heat and Mass Transfer (2022)

S. BhushanM. ElmelloukiD.K. WaltersY.A. HassanE. MerzariA. Obabko

direct numerical simulationsfluid dynamicsthermal engineeringturbulent flowapplied mathematicsthermal structuresheat transfer

Assessment of Low- and High-Fidelity Turbulence Models for Heat Transfer Predictions in Low-Prandlt Number Flows. Nuclear Engineering and Design (2022)

S. BhushanM. ElmelloukiT. JamalG. BuscoD.K. WaltersY.A. HassanE. MerzariA. Obabko

engineeringhigh-fidelity turbulence modelsfluid dynamicsturbulence modelinglow-prandlt number flowsheat transfer predictionsnuclear engineeringheat transfer

A Wall-Modeled Large Eddy Simulation Method for High-Order Spectral Element Solvers. (2022)

D. Keith WaltersShanti BhushanWayne Strasser

fluid dynamicsmodeling and simulationnumerical simulationsengineering

Validation of Low and High-Fidelity Turbulence Models for Prediction of Turbulent Heat Transfer in Low Prandtl Number Flows Under Buoyant and Separated Flow Conditions. (2022)

Mohammed El MelloukiShanti BhushanChris PilmaierD. K. WaltersMichael GormanBrent HollrahY. A. HassanElia MerzariAleksandr ObabkoM. B. Dzodzo

systems engineeringflow conditionsfluid dynamicsturbulence modelingturbulent heat transfer

Assessment of Low and High-Fidelity Turbulence Models for Liquid Metal Flow Predictions. (2021)

Shanti BhushanMohammed ElmelloukiD. K. WaltersM. GormanB. HollrahY. A. HassanE. MezrariA. Obabko

fluid dynamicsmodeling and simulationturbulence modelinghigh-fidelity turbulence models

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9
10 / page

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Similar Faculty Members

Xiang Yang

Institution

Pennsylvania State University

multifunctional materials

fluid flow

Christoph Brehm

Institution

University of Kentucky

fluid flow

turbulence modeling

Subrata Roy

Institution

University of Florida

fluid flow

mechanical engineering

Guillermo Araya

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scientific computing

turbulence modeling

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aerospace engineering

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reacting flows

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aeroacoustics

aerospace engineering

Ali Khosronejad

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scientific computing

turbulence modeling

Paul Durbin

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Iowa State University

turbulence modeling

turbomachinery

Sourabh Apte

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engineering

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