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Flow control for oblique shock wave reflections
Rogier Giepman
Aerodynamics
Research output
:
Thesis
›
Dissertation (TU Delft)
382
Downloads (Pure)
Overview
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Dive into the research topics of 'Flow control for oblique shock wave reflections'. Together they form a unique fingerprint.
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INIS
control
100%
boundary layers
100%
interactions
100%
reflection
100%
shock waves
100%
bubbles
50%
losses
25%
distance
16%
applications
16%
incidents
16%
vortices
16%
transport
16%
plates
16%
levels
8%
modulation
8%
values
8%
particles
8%
prices
8%
thickness
8%
diagnostic techniques
8%
shape
8%
images
8%
fluids
8%
reynolds number
8%
supersonic flow
8%
devices
8%
walls
8%
turbulent flow
8%
size
8%
transonic flow
8%
Keyphrases
Oblique Shock Reflection
100%
Micro-ramp
100%
Separation Bubble
57%
Shock Waves
28%
Weak Shock
28%
Flat Plate
28%
Flow Control Technique
28%
Turbulent State
14%
Induced Loss
14%
Transonic Flow
14%
Shock Unsteadiness
14%
Reattachment
14%
Boundary Layer Thickness
14%
Separated Flows
14%
Vortex Generator
14%
Unsteadiness
14%
Plate Interaction
14%
Supersonic Flow
14%
Shock Wave Boundary Layer Interaction
14%
Plateau Level
14%
Total Pressure
14%
Net Transport
14%
High-shock
14%
Flow Diagnostics
14%
Trailing Edge
14%
Three-dimensional Features
14%
Streamwise Vortices
14%
Flow Unsteadiness
14%
Similar Distance
14%
Passive Flow Control
14%
Boundary Layer Separation
14%
Triangular Shape
14%
Control Efficacy
14%
Forced Boundary Layer
14%
Shock-induced
14%
Engineering
Net Transport
16%