Faculty

Institution

Unit

Venue

Adrian Sescu

Airbus Helicopters Professor Graduate Coordinator and Interim BCoE Associate Dean of Graduate Studies

Mississippi State University

Affiliations

James Worth Bagley College of Engineering

Aerospace Engineering

Adrian Sescu is currently serving as an Aerospace Engineering Airbus Helicopters Professor Graduate Coordinator and Interim BCoE Associate Dean of Graduate Studies at Mississippi State University.

Honors

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Experiences

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Education

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Adrian Sescu

Mississippi State University

Airbus Helicopters Professor Graduate Coordinator and Interim BCoE Associate Dean of Graduate Studies

You can click a keyword to filter the displayed items

aerospace engineering fluid dynamics aeroacoustics aerodynamics numerical simulations engineering fluid mechanics boundary layers applied mathematics turbulence modeling gortler vortices fluid flow high-speed boundary layers aeronautics environmental science numerical analysis atmospheric science thermal engineering aerospace technology noise acoustical engineering modeling and simulation atmospheric research computational fluid dynamics unmanned aircraft systems engineering acoustic acoustic modeling computational aeroacoustics sound propagation wind engineering vortex dynamics thermal modeling wave propagation parametric study scientific computing active control hearing research tribology flow physics noise control engineering noise control wind power generation wind energy technology physical acoustics supersonic combustion large-eddy simulation distributed roughness elements non-parallel mean flow free-stream disturbances surface excrescences gortler instabilities marine engineering urban climate information technology difference equations numerical mathematics numerical algorithms applied meteorology meteorological measurements impact (mechanics) electronic imaging modulation techniques numerical method for partial differential equation stability analysis numerical stability rotor dynamics fluid-structure interaction numerical experiment nonlinear wave propagation unmanned systems control algorithm stationary large-eddy simulations boundary-layer transition klebanoff modes aeroacoustic calculations wind turbine arrays boundary layer stability turbulent flow heat transfer

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Turbulence Models for Cylinder Flow Aeroacoustics. Aerospace (2024)

Xiao WangShanti BhushanAdrian SescuEdward LukeBukhari ManshoorYuji Hattori

aeroacousticsturbulence modelingturbulence modelsaerospace engineeringaerospacecylinder flow aeroacoustics

Breakdown of Gortler Vortices in High-Speed Boundary Layer Flows: A Dns Study. (2024)

Matthew W. BrockhausAdrian SescuOmar Es-SahliYuji Hattori

dns studyfluid dynamicsboundary layershigh-speed boundary layergortler vortices

Deep Learning-Based Surrogate Modeling Techniques Targeting Steady Flows in Different Regimes. (2024)

Alexander S. WayAdrian SescuEdward LukeIan D. Dettwiller

deep learningsteady flowsdeep learning-based surrogatedifferent regimes

Effect of Streamwise Pressure Gradients on GöRtler Vortices in High-Speed Boundary Layers. AIAA SCITECH 2022 Forum (2024)

Omar Es-SahliAdrian SescuYuji Hattori

environmental engineeringhigh-speed boundary layersfluid dynamicsstreamwise pressure gradientsgortler vortices

Evaluating Les Wall Models for Coherent Structure Sgs Model Using Loci-Chem Solver. AIAA SCITECH 2022 Forum (2024)

Xiaoling TongEdward LukeMatthew BrockhausIan DettwillerAdrian Sescu

loci-chem solverengineering

Gauging Centrifugal Instabilities in Compressible Free-Shear Layers via Nonlinear Boundary Region Equations. Fluids (2024)

Omar Es-SahliAdrian SescuYuji Hattori

materials sciencefluid dynamicscentrifugal instabilitiescompressible free-shear layershydraulicsfluid mechanics

Hypernetwork Based Surrogate Modeling of Hypersonic Glide Vehicle Aerothermodynamics. (2024)

Alexander S. WayAdrian SescuEdward LukeIan D. Dettwiller

surrogate modelingaerodynamicsaerospace engineering

The Response of Turbulent Channel Flow to Standing Wave-Like Wall Motion. Fluids (2024)

Matthew BrockhausAdrian SescuJonathan Morrison

wave propagationfluid dynamicswave motionwave-like wall motionturbulent channel flowfluid mechanicsfluid flow

The Response of Wall Turbulence to Streamwise Pressure Gradients: A Computational Study. (2024)

Matthew W. BrockhausAdrian SescuLeonardo Chamorro

unsteady flowsfluid dynamicsturbulence modelingpressure gradientsaerodynamicscomputational studycomputational fluid dynamicscivil engineeringenvironmental fluid mechanicsnumerical simulationsfluid mechanicswall turbulencefluid flowengineering

Reduced-Order Modeling of Hypersonic Turbulent Boundary Layers. AIAA Aviation 2019 Forum (2023)

Matthew W. BrockhausAdrian SescuEdward LukeIan Dettwiller

fluid dynamicsturbulence modelinghypersonic speedmodeling and simulationaerospace engineering

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Adrian Sescu

Airbus Helicopters Professor Graduate Coordinator and Interim BCoE Associate Dean of Graduate Studies

Mississippi State University

Affiliations

James Worth Bagley College of Engineering

Aerospace Engineering

Adrian Sescu is currently serving as an Aerospace Engineering Airbus Helicopters Professor Graduate Coordinator and Interim BCoE Associate Dean of Graduate Studies at Mississippi State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Adrian Sescu

Mississippi State University

Airbus Helicopters Professor Graduate Coordinator and Interim BCoE Associate Dean of Graduate Studies

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Turbulence Models for Cylinder Flow Aeroacoustics. Aerospace (2024)

Xiao WangShanti BhushanAdrian SescuEdward LukeBukhari ManshoorYuji Hattori

aeroacousticsturbulence modelingturbulence modelsaerospace engineeringaerospacecylinder flow aeroacoustics

Breakdown of Gortler Vortices in High-Speed Boundary Layer Flows: A Dns Study. (2024)

Matthew W. BrockhausAdrian SescuOmar Es-SahliYuji Hattori

dns studyfluid dynamicsboundary layershigh-speed boundary layergortler vortices

Deep Learning-Based Surrogate Modeling Techniques Targeting Steady Flows in Different Regimes. (2024)

Alexander S. WayAdrian SescuEdward LukeIan D. Dettwiller

deep learningsteady flowsdeep learning-based surrogatedifferent regimes

Effect of Streamwise Pressure Gradients on GöRtler Vortices in High-Speed Boundary Layers. AIAA SCITECH 2022 Forum (2024)

Omar Es-SahliAdrian SescuYuji Hattori

environmental engineeringhigh-speed boundary layersfluid dynamicsstreamwise pressure gradientsgortler vortices

Evaluating Les Wall Models for Coherent Structure Sgs Model Using Loci-Chem Solver. AIAA SCITECH 2022 Forum (2024)

Xiaoling TongEdward LukeMatthew BrockhausIan DettwillerAdrian Sescu

loci-chem solverengineering

Gauging Centrifugal Instabilities in Compressible Free-Shear Layers via Nonlinear Boundary Region Equations. Fluids (2024)

Omar Es-SahliAdrian SescuYuji Hattori

materials sciencefluid dynamicscentrifugal instabilitiescompressible free-shear layershydraulicsfluid mechanics

Hypernetwork Based Surrogate Modeling of Hypersonic Glide Vehicle Aerothermodynamics. (2024)

Alexander S. WayAdrian SescuEdward LukeIan D. Dettwiller

surrogate modelingaerodynamicsaerospace engineering

The Response of Turbulent Channel Flow to Standing Wave-Like Wall Motion. Fluids (2024)

Matthew BrockhausAdrian SescuJonathan Morrison

wave propagationfluid dynamicswave motionwave-like wall motionturbulent channel flowfluid mechanicsfluid flow

The Response of Wall Turbulence to Streamwise Pressure Gradients: A Computational Study. (2024)

Matthew W. BrockhausAdrian SescuLeonardo Chamorro

Reduced-Order Modeling of Hypersonic Turbulent Boundary Layers. AIAA Aviation 2019 Forum (2023)

Matthew W. BrockhausAdrian SescuEdward LukeIan Dettwiller

fluid dynamicsturbulence modelinghypersonic speedmodeling and simulationaerospace engineering

1
2
3
4
5
14
10 / page

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flight simulation

drone industry

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turbulence modeling

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