Faculty

Institution

Unit

Venue

Marilyn J Smith

David S Lewis Professor and Director of Vertical Lift Research Center of Excellence David S Lewis Professor

Georgia Institute of Technology

Affiliations

College of Engineering

Daniel Guggenheim School of Aerospace Engineering

Marilyn J Smith is currently serving as a College Of Engineering David S Lewis Professor and Director of Vertical Lift Research Center of Excellence David S Lewis Professor at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Marilyn J Smith

Georgia Institute of Technology

David S Lewis Professor and Director of Vertical Lift Research Center of Excellence David S Lewis Professor

You can click a keyword to filter the displayed items

aerospace engineering aerodynamics aeronautics fluid dynamics engineering mechanical engineering aerospace technology aeroelasticity applied physics modeling and simulation fluid mechanics unmanned aerial vehicles computational fluid dynamics aircraft numerical simulations aerospace turbulence modeling aerospace simulation aeroacoustics engineering optimization aerial robotics dynamic stall aerospace systems rotor-fuselage interaction reverse flow rotorcraft applications performance evaluation avian biology unmanned aircraft systems aerospace robotics fluid-structure interactions circulation control international workshop unstructured grids rotor-fuselage interactions active multiple winglets two-dimensional airfoil characteristics isolated fuselage separated flows unsteady flaps technology enhancement laboratory investigation vehicle system dynamics computational optimization marine engineering distance education fluid flow structural optimization localization educational administration higher education robust optimization data-driven prediction scaling analysis technology scaling vehicle control technology-enhanced active learning avionics systems air vehicle system distributed learning blended learning rotor dynamics chemical vapor deposition numerical computation online learning communities active learning digital learning online learning data coding experimental analysis numerical experiment positioning systems boundary layers discrete dynamical systems complex dynamic systems large flow disturbances transport geography data modeling sustainable transportation sustainable transport urban air mobility architecture big data

Notable Scholarly Works

Notable Federal Grants

Collaborators

Computational Validation and Assessment of Large Amplitude Transverse Gust Physics. Journal of the American Helicopter Society (2024)

Carlota BonnetAmanda Grubb KolpitckeMarilyn J. Smith

aeronauticscomputational validationaerodynamicsaerospace engineering

CORRECTION: High-Fidelity Cfd Simulation of Supersonic Flow Over a Forward-Facing Step. (2024)

Ethan SirakScott E. ShererDarrell S. CroweMarilyn J. Smith

systems engineeringnumerical simulationsunsteady flowshigh-fidelity cfd simulationengineeringfluid dynamicssupersonic flowaerodynamicscomputational fluid dynamicsmodeling and simulationforward-facing stepaerospace engineering

Flowfield Analysis of Vortex Interactions During Large Sharp-Edged Gusts. AIAA Journal (2024)

Carlota BonnetMarilyn J. Smith

vortex interactionslarge sharp-edged gustsaerodynamicsflowfield analysisaerospace engineering

High Fidelity Cfd Analyses of Dynamic Stall on a Four-Bladed Fully Articulated Rotor System. Proceedings of the Vertical Flight Society 78th Annual Forum (2024)

Amanda GrubbCamille CastellsRohit JainMarilyn SmithFrancois Richez

fluid dynamicsaerodynamicsdynamic stallrotor systemaerospace engineering

Planform Mesh Requirements for Fixed and Rotating Wing With Separation. Journal of Aircraft (2024)

Amanda Grubb KolpitckeMarilyn J. Smith

planform mesh requirementssystems engineeringaeronauticsaircraftaircraft design processmesh optimizationaerospace technologyaerodynamicsmechanical engineeringunmanned aircraft systemsaerospaceaerospace systemsaerospace engineering

Sensitivity of Rotor Aeroelastic Predictions With Two-Equation Turbulence Models. CEAS Aeronautical Journal (2024)

Pranav SridharAaron CrawfordMarilyn J. Smith

rotor aeroelastic predictionsaeroelasticityaeronauticsnumerical simulationsturbulence modelingtwo-equation turbulence modelsengineeringfluid dynamicsaerodynamicsmechanical engineeringaerospace engineering

Analysis of Flowfield Vortex Interactions of Nonlinear Sharp-Edged Transverse Gusts. AIAA Aviation 2019 Forum (2023)

Carlota C. BonnetMarilyn J. Smith

flowfield vortex interactionsfluid mechanicsfluid dynamicsaerospace engineering

Review of Rotating Wing Dynamic Stall: Experiments and Flow Control. Progress in Aerospace Sciences (2023)

Anthony D. GardnerAnya R. JonesKaren MullenersJonathan W. NaughtonMarilyn J. Smith

aeronauticsfluid dynamicsaerospace technologyaerodynamicsdynamic stallaerospace engineering

Aerothermoelastic Analysis and Optimization of Stiffened Thin-Walled Structures. AIAA SCITECH 2022 Forum (2022)

Lenard J. HalimSejal SahuGraeme KennedyMarilyn J. Smith

design optimizationstiffened thin-walled structuresengineeringmechanical engineeringaerospace engineeringaerothermoelastic analysisengineering optimizationstructural optimization

Dual-Solver Hybrid Computational Approach to Integrated Propulsion Aerodynamics. Journal of Aircraft (2022)

Alex M. MoushegianMarilyn J. Smith

systems engineeringpropulsion aerodynamicsaerodynamicsaerospace engineering

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Marilyn J Smith

David S Lewis Professor and Director of Vertical Lift Research Center of Excellence David S Lewis Professor

Georgia Institute of Technology

Affiliations

College of Engineering

Daniel Guggenheim School of Aerospace 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

Marilyn J Smith

Georgia Institute of Technology

David S Lewis Professor and Director of Vertical Lift Research Center of Excellence David S Lewis Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Computational Validation and Assessment of Large Amplitude Transverse Gust Physics. Journal of the American Helicopter Society (2024)

Carlota BonnetAmanda Grubb KolpitckeMarilyn J. Smith

aeronauticscomputational validationaerodynamicsaerospace engineering

CORRECTION: High-Fidelity Cfd Simulation of Supersonic Flow Over a Forward-Facing Step. (2024)

Ethan SirakScott E. ShererDarrell S. CroweMarilyn J. Smith

Flowfield Analysis of Vortex Interactions During Large Sharp-Edged Gusts. AIAA Journal (2024)

Carlota BonnetMarilyn J. Smith

vortex interactionslarge sharp-edged gustsaerodynamicsflowfield analysisaerospace engineering

High Fidelity Cfd Analyses of Dynamic Stall on a Four-Bladed Fully Articulated Rotor System. Proceedings of the Vertical Flight Society 78th Annual Forum (2024)

Amanda GrubbCamille CastellsRohit JainMarilyn SmithFrancois Richez

fluid dynamicsaerodynamicsdynamic stallrotor systemaerospace engineering

Planform Mesh Requirements for Fixed and Rotating Wing With Separation. Journal of Aircraft (2024)

Amanda Grubb KolpitckeMarilyn J. Smith

Sensitivity of Rotor Aeroelastic Predictions With Two-Equation Turbulence Models. CEAS Aeronautical Journal (2024)

Pranav SridharAaron CrawfordMarilyn J. Smith

Analysis of Flowfield Vortex Interactions of Nonlinear Sharp-Edged Transverse Gusts. AIAA Aviation 2019 Forum (2023)

Carlota C. BonnetMarilyn J. Smith

flowfield vortex interactionsfluid mechanicsfluid dynamicsaerospace engineering

Review of Rotating Wing Dynamic Stall: Experiments and Flow Control. Progress in Aerospace Sciences (2023)

Anthony D. GardnerAnya R. JonesKaren MullenersJonathan W. NaughtonMarilyn J. Smith

aeronauticsfluid dynamicsaerospace technologyaerodynamicsdynamic stallaerospace engineering

Aerothermoelastic Analysis and Optimization of Stiffened Thin-Walled Structures. AIAA SCITECH 2022 Forum (2022)

Lenard J. HalimSejal SahuGraeme KennedyMarilyn J. Smith

design optimizationstiffened thin-walled structuresengineeringmechanical engineeringaerospace engineeringaerothermoelastic analysisengineering optimizationstructural optimization

Dual-Solver Hybrid Computational Approach to Integrated Propulsion Aerodynamics. Journal of Aircraft (2022)

Alex M. MoushegianMarilyn J. Smith

systems engineeringpropulsion aerodynamicsaerodynamicsaerospace engineering

1
2
3
4
5
17
10 / page

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Similar Faculty Members

David L. Darmofal

Institution

Massachusetts Institute of Technology

aerospace engineering

applied mathematics

Sven Schmitz

Institution

Pennsylvania State University

fluid flow

scientific computing

Roy Hartfield

Institution

Auburn University

aerospace engineering

engineering

Sean Bailey

Institution

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fluid flow

unsteady flow

Christoph Brehm

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aeroacoustics

aerospace engineering

Weihua Su

Institution

University of Alabama

active aeroelastic tailoring

unmanned aerial vehicle

Philip Morris

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turbulence modeling

aeroacoustics

Karthik Duraisamy

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University of Michigan

engineering

computational engineering

ZJ Wang

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multiphysics problem

scientific computing

Christoph Brehm

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fluid flow

turbulence modeling