Minnowbrook VI: 2009 Workshop on Flow Physics and Control for Internal and External AerodynamicsTopics covered include: Flow Physics and control for Internal and External Aerodynamics (not in TOC...starts on pg13); Breaking CFD Bottlenecks in Gas-Turbine Flow-Path Design; Streamwise Vortices on the Convex Surfaces of Circular Cylinders and Turbomachinery Blading; DNS and Embedded DNS as Tools for Investigating Unsteady Heat Transfer Phenomena in Turbines; Cavitation, Flow Structure and Turbulence in the Tip Region of a Rotor Blade; Development and Application of Plasma Actuators for Active Control of High-Speed and High Reynolds Number Flows; Active Flow Control of Lifting Surface With Flap-Current Activities and Future Directions; Closed-Loop Control of Vortex Formation in Separated Flows; Global Instability on Laminar Separation Bubbles-Revisited; Very Large-Scale Motions in Smooth and Rough Wall Boundary Layers; Instability of a Supersonic Boundary-Layer With Localized Roughness; Active Control of Open Cavities; Amplitude Scaling of Active Separation Control; U.S. Air Force Research Laboratory's Need for Flow Physics and Control With Applications Involving Aero-Optics and Weapon Bay Cavities; Some Issues Related to Integrating Active Flow Control With Flight Control; Active Flow Control Strategies Using Surface Pressure Measurements; Reduction of Unsteady Forcing in a Vaned, Contra-Rotating Transonic Turbine Configuration; Active Flow Control Stator With Coanda Surface; Controlling Separation in Turbomachines; Flow Control on Low-Pressure Turbine Airfoils Using Vortex Generator Jets; Reduced Order Modeling Incompressible Flows; Study and Control of Flow Past Disk, and Circular and Rectangular Cylinders Aligned in the Flow; Periodic Forcing of a Turbulent Axisymmetric Wake; Control of Vortex Breakdown in Critical Swirl Regime Using Azimuthal Forcing; External and Turbomachinery Flow Control Working Group; Boundary Layers, Transitions and Separation; Efficiency Considerations in Low Pressure Turbines; Summary of Conference; and Final Plenary Session Transcript.
Document ID
20100018557
Acquisition Source
Glenn Research Center
Document Type
Conference Proceedings
Authors
LaGraff, John E. (Syracuse Univ. NY, United States)
Povinelli, Louis A. (NASA Glenn Research Center Cleveland, OH, United States)
Gostelow, J. Paul (Leicester Univ. United Kingdom)
IDRelationTitle20100018578WorkExternal and Turbomachinery Flow Control Working Group20100018580WorkSummary of Conference20100018559WorkReduced Order Modeling Incompressible Flows20100018576WorkGlobal Instability on Laminar Separation Bubbles-Revisited20100018577WorkVery Large-Scale Motions in Smooth and Rough Wall Boundary Layers20100018561WorkBoundary Layers, Transitions and Separation20100018579WorkFlow Physics and Control for Internal and External Aerodynamics20100018565WorkBreaking CFD Bottlenecks in Gas-Turbine Flow-Path Design20100018569WorkActive Flow Control of Lifting Surface With Flap-Current Activities and Future Directions20100018586WorkFinal Plenary Session Transcript20100018581WorkCavitation, Flow Structure and Turbulence in the Tip Region of a Rotor Blade20100018560WorkPeriodic Forcing of a Turbulent Axisymmetric Wake20100018566WorkStreamwise Vortices on the Convex Surfaces of Circular Cylinders and Turbomachinery Blading20100018568WorkActive Control of Open Cavities20100018571WorkEfficiency Considerations in Low Pressure Turbines20100018573WorkStudy and Control of Flow Past Disk, and Circular and Rectangular Cylinders Aligned in the Flow20100018575WorkAmplitude Scaling of Active Separation Control20100018563WorkDevelopment and Application of Plasma Actuators for Active Control of High-Speed and High Reynolds Number Flows20100018567WorkInstability of a Supersonic Boundary-Layer with Localized Roughness20100018585WorkActive Flow Control Strategies Using Surface Pressure Measurements20100018583WorkDNS and Embedded DNS as Tools for Investigating Unsteady Heat Transfer Phenomena in Turbines20100018582WorkReduction of Unsteady Forcing in a Vaned, Contra-Rotating Transonic Turbine Configuration20100018574WorkClosed-Loop Control of Vortex Formation in Separated Flows20100018564WorkControl of Vortex Breakdown in Critical Swirl Regime Using Azimuthal Forcing20100018558WorkControlling Separation in Turbomachines20100018562WorkActive Flow Control Stator With Coanda Surface20130009102WorkProceedings of Minnowbrook Workshops I to VI20100018584WorkSome Issues Related to Integrating Active Flow Control With Flight Control20100018570WorkFlow Control on Low-Pressure Turbine Airfoils Using Vortex Generator Jets20100018558WorkControlling Separation in Turbomachines20100018559WorkReduced Order Modeling Incompressible Flows20100018560WorkPeriodic Forcing of a Turbulent Axisymmetric Wake20100018561WorkBoundary Layers, Transitions and Separation20100018562WorkActive Flow Control Stator With Coanda Surface20100018563WorkDevelopment and Application of Plasma Actuators for Active Control of High-Speed and High Reynolds Number Flows20100018564WorkControl of Vortex Breakdown in Critical Swirl Regime Using Azimuthal Forcing20100018565WorkBreaking CFD Bottlenecks in Gas-Turbine Flow-Path Design20100018566WorkStreamwise Vortices on the Convex Surfaces of Circular Cylinders and Turbomachinery Blading20100018567WorkInstability of a Supersonic Boundary-Layer with Localized Roughness20100018568WorkActive Control of Open Cavities20100018569WorkActive Flow Control of Lifting Surface With Flap-Current Activities and Future Directions20100018570WorkFlow Control on Low-Pressure Turbine Airfoils Using Vortex Generator Jets20100018571WorkEfficiency Considerations in Low Pressure Turbines20100018572WorkU.S. Air Force Research Laboratory's Need for Flow Physics and Control With Applications Involving Aero-Optics and Weapon Bay Cavities20100018573WorkStudy and Control of Flow Past Disk, and Circular and Rectangular Cylinders Aligned in the Flow20100018574WorkClosed-Loop Control of Vortex Formation in Separated Flows20100018575WorkAmplitude Scaling of Active Separation Control20100018576WorkGlobal Instability on Laminar Separation Bubbles-Revisited20100018577WorkVery Large-Scale Motions in Smooth and Rough Wall Boundary Layers20100018578WorkExternal and Turbomachinery Flow Control Working Group20100018579WorkFlow Physics and Control for Internal and External Aerodynamics20100018580WorkSummary of Conference20100018581WorkCavitation, Flow Structure and Turbulence in the Tip Region of a Rotor Blade20100018582WorkReduction of Unsteady Forcing in a Vaned, Contra-Rotating Transonic Turbine Configuration20100018583WorkDNS and Embedded DNS as Tools for Investigating Unsteady Heat Transfer Phenomena in Turbines20100018584WorkSome Issues Related to Integrating Active Flow Control With Flight Control20100018585WorkActive Flow Control Strategies Using Surface Pressure Measurements20100018586WorkFinal Plenary Session Transcript20100018572WorkU.S. Air Force Research Laboratory's Need for Flow Physics and Control With Applications Involving Aero-Optics and Weapon Bay Cavities