Faculty

Institution

Unit

Venue

Michael S Selig

Professor Emeritus

UIUC

Affiliations

The Grainger College of Engineering

Aerospace Engineering

Department of Aerospace Engineering

Michael S Selig is currently serving as an Aerospace Engineering Professor Emeritus at Uiuc.

Honors

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Experiences

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Education

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Michael S Selig

UIUC

Professor Emeritus

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aerospace engineering aerodynamics aircraft aerospace engineering aeronautics turbomachinery wind power computational fluid dynamics mechanical engineering wind energy technology aeroelasticity fluid dynamics wind engineering systems engineering unmanned aircraft systems fluid flow wind power generation fluid mechanics aircraft design process design optimization unsteady flows aerostructure propulsion unmanned aerial vehicles rotor dynamics aerospace systems structural optimization numerical simulations aerospace simulation engineering optimization air vehicle system offshore mechanics wind-assisted propulsion boundary layers flight control automotive aerodynamics aerial robotics aerospace technology offshore structures shock waves engineering structures aerospace propulsion atmospheric icing turbulence modeling low reynolds numbers wind turbines multidisciplinary optimization ice-structure interaction unmanned systems flow physics evolutionary computation floating wind turbine unmanned vehicles flying robot airfoil performance airfoil design small wind turbines airfoil shape precision engineering fluid science fluid machinery compressible flows shape optimization flow measurement data acquisition inverse airfoil design wind tunnel small uavs wind turbine airfoils burst wakes wind turbine airfoil new airfoil small-scale propellers wind turbine blade turbulence amplification wind energy systems renewable energy modeling and simulation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aerodynamic Rotor Design for a 25 Mw Offshore Downwind Turbine. Applied Energy (2023)

Michael JeongEric LothChris QinMichael SeligNick Johnson

offshore wind powerwind powerwind engineeringoffshore structuresaerodynamic rotor designaerodynamicsturbomachineryfloating wind turbineaerospace engineeringocean engineeringrotor dynamicsoffshore mechanicswind energy technology

Aero-Structural Rapid Screening of New Design Concepts for Offshore Wind Turbines. Renewable Energy (2023)

Alejandra S. Escalera MendozaD. Todd GriffithMichael JeongChris QinEric LothMandar PhadnisLucy PaoMichael S. Selig

wind powerdesignoffshore wind powerstructural engineeringoffshore structureswind engineeringwind turbinesaero-structural rapid screeningaerodynamicsstructural safetystructural optimizationfloating wind turbinenew design conceptswind energy technologyoffshore mechanicsengineering

Active Rotor Coning for a 25 Mw Downwind Offshore Wind Turbine. Journal of Physics Conference Series (2022)

Chao (Chris) QinEric LothDaniel S. ZalkindLucy Y. PaoShulong YaoD. Todd GriffithMichael S. SeligRick Damiani

renewable energywind poweroffshore wind powerwind engineeringoffshore structuresmechanical engineeringwind power generationactive rotoraerodynamicsturbomachineryfloating wind turbinewind turbine25-mw rotorsaerospace engineeringwind energy technologyoffshore mechanicsengineering

Author Response for"Parked Aeroelastic Field Rotor Response for a 20% Scaled Demonstrator of a 13‐Mw Downwind Turbine". (2022)

Meghan KaminskiEric LothLee Jay FingershAndy ScholbrockMichael Selig

author responsewind powerwind engineeringaircraftaerodynamicsturbomachineryaerospace engineeringwind energy technologydownwind turbinerotor dynamicsengineering

Field Tests of a Highly Flexible Downwind Ultralight Rotor to Mimic a 13-Mw Turbine Rotor. Journal of Physics Conference Series (2022)

Eric LothGavin AnandaMayank ChetanRick DamianiD. Todd GriffithKathryn JohnsonSepideh KianbakhtMeghan KaminskiLucy PaoMandar PhadnisChao (Chris) QinAndy ScholbrockMichael SeligJuliet SimpsonShulong Yao

wind poweroffshore wind poweroffshore structuresmechanical engineeringwind power generationaerodynamicsoffshore mechanicsstructural mechanicsturbomachineryblade designfield test campaignflexible downwind rotorsvibration controlwind energy technologyrotor dynamicsengineering structuresengineering

Parked Aeroelastic Field Rotor Response for a 20% Scaled Demonstrator of a 13‐Mw Downwind Turbine. Wind Energy (2022)

Meghan KaminskiEric LothLee Jay FingershAndy ScholbrockMichael Selig

wind powernrel fcwind power generationmechanical engineeringaerodynamicsstructural mechanicsturbomachineryvibrationsturbine teststructural testingvibration controlaerospace engineeringwind energy technologydownwind turbinerotor dynamicsengineering structuresmechanical testingengineering

Performance Testing of Apc Electric Fixed-Blade Uav Propellers. AIAA Aviation 2019 Forum (2022)

Or D. DantskerMarco CaccamoRobert W. DetersMichael Selig

unmanned aerial vehiclesaircraftair vehicle systemcomputer engineeringapc thin electricpropulsiondronesperformance testingaerial roboticsaerospace engineeringview video presentationaerospace propulsionaerospaceunmanned aircraft systems

Aero-Structural Design and Optimization of 50 Mw Wind Turbine With Over 250-M Blades. Wind Engineering (2021)

Shulong YaoMayank ChetanD Todd GriffithAlejandra S Escalera MendozaMichael S SeligDana MartinSepideh KianbakhtKathryn JohnsonEric Loth

airfoil thicknesswind powerdesign optimizationengineering optimizationwind power generationmechanical engineeringaero-structural designmw wind turbinemultidisciplinary optimizationaerodynamicsstructural optimizationwind energy technologyrotor dynamicsengineering

Control Co-Design of 13 Mw Downwind Two-Bladed Rotors to Achieve 25% Reduction in Levelized Cost of Wind Energy. Annual Reviews in Control (2021)

Lucy Y. PaoDaniel S. ZalkindD. Todd GriffithMayank ChetanMichael S. SeligGavin K. AnandaChristopher J. BayTyler StehlyEric Loth

two-bladed rotorssystems engineeringwind powerrenewable energywind power generationwind energyaerodynamicsturbomachineryenergy systemscontrol co-designaerospace engineeringrotor dynamicswind energy technology

Downwind Coning Concept Rotor for a 25 Mw Offshore Wind Turbine. Renewable Energy (2020)

Chao (Chris) QinEric LothDaniel S. ZalkindLucy Y. PaoShulong YaoD. Todd GriffithMichael S. SeligRick Damiani

wind poweroffshore wind poweroffshore structureswind power generationaerodynamicsturbomachineryfloating wind turbineconcept rotoraerospace engineeringrotor dynamicsoffshore mechanicswind energy technology

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Michael S Selig

Professor Emeritus

UIUC

Affiliations

The Grainger College of Engineering

Aerospace Engineering

Department of Aerospace Engineering

Michael S Selig is currently serving as an Aerospace Engineering Professor Emeritus at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael S Selig

UIUC

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aerodynamic Rotor Design for a 25 Mw Offshore Downwind Turbine. Applied Energy (2023)

Michael JeongEric LothChris QinMichael SeligNick Johnson

Aero-Structural Rapid Screening of New Design Concepts for Offshore Wind Turbines. Renewable Energy (2023)

Alejandra S. Escalera MendozaD. Todd GriffithMichael JeongChris QinEric LothMandar PhadnisLucy PaoMichael S. Selig

Active Rotor Coning for a 25 Mw Downwind Offshore Wind Turbine. Journal of Physics Conference Series (2022)

Chao (Chris) QinEric LothDaniel S. ZalkindLucy Y. PaoShulong YaoD. Todd GriffithMichael S. SeligRick Damiani

Author Response for"Parked Aeroelastic Field Rotor Response for a 20% Scaled Demonstrator of a 13‐Mw Downwind Turbine". (2022)

Meghan KaminskiEric LothLee Jay FingershAndy ScholbrockMichael Selig

author responsewind powerwind engineeringaircraftaerodynamicsturbomachineryaerospace engineeringwind energy technologydownwind turbinerotor dynamicsengineering

Field Tests of a Highly Flexible Downwind Ultralight Rotor to Mimic a 13-Mw Turbine Rotor. Journal of Physics Conference Series (2022)

Parked Aeroelastic Field Rotor Response for a 20% Scaled Demonstrator of a 13‐Mw Downwind Turbine. Wind Energy (2022)

Meghan KaminskiEric LothLee Jay FingershAndy ScholbrockMichael Selig

Performance Testing of Apc Electric Fixed-Blade Uav Propellers. AIAA Aviation 2019 Forum (2022)

Or D. DantskerMarco CaccamoRobert W. DetersMichael Selig

Aero-Structural Design and Optimization of 50 Mw Wind Turbine With Over 250-M Blades. Wind Engineering (2021)

Shulong YaoMayank ChetanD Todd GriffithAlejandra S Escalera MendozaMichael S SeligDana MartinSepideh KianbakhtKathryn JohnsonEric Loth

Control Co-Design of 13 Mw Downwind Two-Bladed Rotors to Achieve 25% Reduction in Levelized Cost of Wind Energy. Annual Reviews in Control (2021)

Lucy Y. PaoDaniel S. ZalkindD. Todd GriffithMayank ChetanMichael S. SeligGavin K. AnandaChristopher J. BayTyler StehlyEric Loth

Downwind Coning Concept Rotor for a 25 Mw Offshore Wind Turbine. Renewable Energy (2020)

Chao (Chris) QinEric LothDaniel S. ZalkindLucy Y. PaoShulong YaoD. Todd GriffithMichael S. SeligRick Damiani

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4
5
23
10 / page