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On the Underlying Drag-Reduction Mechanisms of Flow-Control Strategies in a Transitional Channel Flow: Temporal Approach
Alexander J. Rogge, Jae Sung Park
Mechanical & Materials Engineering
Great Plains IDeA-CTR
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Contribution to journal
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Article
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peer-review
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Scopus citations
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Dive into the research topics of 'On the Underlying Drag-Reduction Mechanisms of Flow-Control Strategies in a Transitional Channel Flow: Temporal Approach'. Together they form a unique fingerprint.
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Engineering & Materials Science
Channel flow
88%
Direct numerical simulation
24%
Drag
17%
Drag reduction
94%
Flow control
74%
Flow structure
21%
Friction
13%
Polymers
42%
Reynolds number
32%
Robust control
19%
Skin friction
22%
Wall flow
26%
Physics & Astronomy
causes
15%
channel flow
85%
direct numerical simulation
12%
drag
12%
drag reduction
100%
friction
10%
friction reduction
20%
interactions
5%
life (durability)
8%
low Reynolds number
14%
polymers
22%
Reynolds number
10%
rollers
15%
skin friction
15%
slip
32%
wall flow
17%
Chemical Compounds
Amount
16%
Application
6%
Flow
50%
Force
52%
Graham Synthesis
32%
Reduction
35%
Reynolds Number
53%
Simulation
12%
Surface
12%