Faculty

Institution

Unit

Venue

Juergen Rauleder

Assistant Professor and Associate Director of Vertical Lift Research Center of Excellence

Georgia Institute of Technology

Affiliations

College of Engineering

Daniel Guggenheim School of Aerospace Engineering

Juergen Rauleder is currently serving as a College Of Engineering Assistant Professor and Associate Director of Vertical Lift Research Center of Excellence at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Juergen Rauleder

Georgia Institute of Technology

Assistant Professor and Associate Director of Vertical Lift Research Center of Excellence

You can click a keyword to filter the displayed items

aerospace engineering aerodynamics aeronautics unmanned aerial vehicles engineering mechanical engineering aerospace technology fluid dynamics modeling and simulation aircraft applied mathematics marine engineering unmanned aircraft systems aerial robotics lattice-boltzmann method structural mechanics naval architecture vehicular technology air vehicle system rotor dynamics aeroelasticity aeromechanics analysis aerodynamic performance coaxial rotor system flight dynamics mechanics fluid mechanics mechatronics mathematical optimization numerical simulations vibration control ocean engineering vehicle system dynamics precision engineering computational fluid dynamics automatic control control optimization real-time simulation aerospace robotics impact (mechanics) aerospace simulation numerical computation space engineering unmanned vehicles aerospace systems supercritical co2 engineering acoustic noise control flight control acoustical engineering hydrodynamic stability pilot experiment wind engineering rotor systems fluid simulation rotorcraft flight dynamics gpu framework blade passage loads vibratory load predictions wind tunnel tests high-advance-ratio forward flight control loads rotor performance lattice-boltzmann aerodynamics aircraft design process architecture urban air mobility

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aero-Propulsive Coupling on Wing Integrated Electric Ducted Fan System. AIAA SCITECH 2022 Forum (2024)

Derek A. SafiehJuergen Rauleder

aero-propulsive couplingaeronauticsaerodynamicsaerospace engineering

Cfd Simulation and Design of a New Supercritical Co2 Circuit Breaker Contact and Nozzle System. (2024)

Zoelle F. G WongNing GuoSamuel M NeallZhiyang JinLukas GraberJuergen Rauleder

nozzle systemcfd simulationmodeling and simulationapplied physicssupercritical co2

Community Noise Impact of Multirotor Configurations During Landing Procedures. (2024)

Jeongwoo KoBrian J. GermanJuergen Rauleder

public healthaeronauticsunmanned aerial vehiclesaerial roboticsdronescommunity noise impactlanding proceduresmultirotor configurationsengineering acousticnoise controlinstrumentationaerospace engineering

Conversion of a Coaxial Rotorcraft to a Uav—Lessons Learned. Aerospace (2024)

Barzin HosseiniJulian RheinFlorian HolzapfelBenedikt GrebingJuergen Rauleder

space engineeringcoaxial rotorcraftunmanned aerial vehiclesaircraftdronesengineeringair vehicle systemaerospace technologyaerodynamicsunmanned vehiclesunmanned aircraft systemsaerospacevehicular technologyaerospace systemsaerospace engineering

Effects of Rotor–Rotor and Rotor–Body Interactions on Quadrotor Vehicle Performance for Multiple Flight Configurations. Aerospace Science and Technology (2024)

Sage HerzAbraham AtteDhuree SethJuergen RaulederMatthew McCrink

aeronauticsaerospace technologymechanical engineeringrotor-body interactionsair vehicle systemsystems engineeringvehicle system dynamicsflight controlunmanned aircraft systemsmultiple flight configurationsunmanned aerial vehiclesaircraftaerodynamicsaerospaceaerospace engineeringdronescontrol systemsprecision engineeringquadrotor vehicle performancerotor dynamicsvehicular technology

Mid-Fidelity Nato Generic Destroyer Static and Moving-Ship Airwake Simulations Using the Lattice-Boltzmann Method Compared With Experimental Data. Ocean Engineering (2024)

Shreyas G. AshokJuergen Rauleder

marine engineeringlattice-boltzmann methodengineeringexperimental datamoving-ship airwake simulationsocean engineeringmodeling and simulationnaval architecture

Near Boundary Multirotor Interactional Aerodynamics. AIAA SCITECH 2022 Forum (2024)

Darius CarterAbraham AtteJuergen Rauleder

aerodynamicsaerospace engineering

Noise Assessment of Multirotor Configurations During Landing Procedures. The Journal of the Acoustical Society of America (2024)

Jeongwoo KoBrian J. GermanJuergen Rauleder

noise assessmentengineeringlanding proceduresmultirotor configurationsacoustical engineeringnoise

Real-Time Dynamic Inflow Model for a Coaxial Helicopter Configuration Using the Lattice–Boltzmann Method. AIAA SCITECH 2022 Forum (2024)

Shreyas G. AshokSeyedbarzin HosseiniJuergen Rauleder

coaxial helicopter configurationaeronauticslattice-boltzmann methodengineeringfluid dynamicsaerodynamicsapplied mathematicsaerospace engineering

Rotor Power Savings and Pitch-Link Load Reductions With Spanwise-Varying Active Camber Morphing. Journal of Aircraft (2024)

Dominik KompManfred HajekIlkay YavrucukJuergen Rauleder

aeronauticsunmanned aerial vehiclespitch-link load reductionsrotor power savingsaerospace engineering

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Juergen Rauleder

Assistant Professor and Associate Director of Vertical Lift Research Center of Excellence

Georgia Institute of Technology

Affiliations

College of Engineering

Daniel Guggenheim School of Aerospace Engineering

Juergen Rauleder is currently serving as a College Of Engineering Assistant Professor and Associate Director of Vertical Lift Research Center of Excellence at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Juergen Rauleder

Georgia Institute of Technology

Assistant Professor and Associate Director of Vertical Lift Research Center of Excellence

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aero-Propulsive Coupling on Wing Integrated Electric Ducted Fan System. AIAA SCITECH 2022 Forum (2024)

Derek A. SafiehJuergen Rauleder

aero-propulsive couplingaeronauticsaerodynamicsaerospace engineering

Cfd Simulation and Design of a New Supercritical Co2 Circuit Breaker Contact and Nozzle System. (2024)

Zoelle F. G WongNing GuoSamuel M NeallZhiyang JinLukas GraberJuergen Rauleder

nozzle systemcfd simulationmodeling and simulationapplied physicssupercritical co2

Community Noise Impact of Multirotor Configurations During Landing Procedures. (2024)

Jeongwoo KoBrian J. GermanJuergen Rauleder

Conversion of a Coaxial Rotorcraft to a Uav—Lessons Learned. Aerospace (2024)

Barzin HosseiniJulian RheinFlorian HolzapfelBenedikt GrebingJuergen Rauleder

Effects of Rotor–Rotor and Rotor–Body Interactions on Quadrotor Vehicle Performance for Multiple Flight Configurations. Aerospace Science and Technology (2024)

Sage HerzAbraham AtteDhuree SethJuergen RaulederMatthew McCrink

Mid-Fidelity Nato Generic Destroyer Static and Moving-Ship Airwake Simulations Using the Lattice-Boltzmann Method Compared With Experimental Data. Ocean Engineering (2024)

Shreyas G. AshokJuergen Rauleder

marine engineeringlattice-boltzmann methodengineeringexperimental datamoving-ship airwake simulationsocean engineeringmodeling and simulationnaval architecture

Near Boundary Multirotor Interactional Aerodynamics. AIAA SCITECH 2022 Forum (2024)

Darius CarterAbraham AtteJuergen Rauleder

aerodynamicsaerospace engineering

Noise Assessment of Multirotor Configurations During Landing Procedures. The Journal of the Acoustical Society of America (2024)

Jeongwoo KoBrian J. GermanJuergen Rauleder

noise assessmentengineeringlanding proceduresmultirotor configurationsacoustical engineeringnoise

Real-Time Dynamic Inflow Model for a Coaxial Helicopter Configuration Using the Lattice–Boltzmann Method. AIAA SCITECH 2022 Forum (2024)

Shreyas G. AshokSeyedbarzin HosseiniJuergen Rauleder

coaxial helicopter configurationaeronauticslattice-boltzmann methodengineeringfluid dynamicsaerodynamicsapplied mathematicsaerospace engineering

Rotor Power Savings and Pitch-Link Load Reductions With Spanwise-Varying Active Camber Morphing. Journal of Aircraft (2024)

Dominik KompManfred HajekIlkay YavrucukJuergen Rauleder

aeronauticsunmanned aerial vehiclespitch-link load reductionsrotor power savingsaerospace engineering

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5
10 / page

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big data

urban air mobility

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Institution

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aircraft electric propulsion

unmanned aerial vehicle

Jewel Barlow

Institution

University of Maryland, College Park

experimental aerodynamics

modeling and simulation

Sven Schmitz

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