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Flow Separation Control with Rotating Cylinders James Schulmeister Dr. Jason Dahl Prof. Michael Triantafyllou Goal: Control flow separation to reduce hydrodynamic drag and oscillating lift forces on a bluff body in a cr
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Document Date: 2012-07-09 16:53:20
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File Size: 432,82 KB
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Country
Singapore /
/
IndustryTerm
energy input /
/
Organization
Center for Environmental Sensing and Modeling /
MIT Alliance for Research and Technology /
MIT /
National Oceanic and Atmospheric Administration /
/
Person
Jason Dahl /
/
Technology
flow control /
Laser /
lasers /
/
SocialTag
Aerospace engineering
Dynamics
Drag
Lift
Reynolds number
Vortex
Boundary layer
Kármán vortex street
Aerodynamics
Fluid dynamics
Flow Separation Control with Rotating Cylinders James Schulmeister Dr. Jason Dahl Prof. Michael Triantafyllou Goal: Control flow separation to reduce hydrodynamic drag and oscillating lift forces on a bluff body in a cr