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Extreme value statistics of flow-induced hydrofoil vibration and resonance
Connor J. McCluskey
,
Manton J. Guers
,
Stephen C. Conlon
Research output
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Contribution to journal
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Article
›
peer-review
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Dive into the research topics of 'Extreme value statistics of flow-induced hydrofoil vibration and resonance'. Together they form a unique fingerprint.
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Keyphrases
Hydrofoil
100%
Flow Effect
100%
Stiffness
66%
Cyclic Loading
66%
Flow Speed
66%
Structural Resonance
66%
Flow-induced Vibration
66%
Bending Mode
33%
Water Tunnel
33%
Vehicle Control
33%
Control Surface
33%
Fatigue Damage
33%
Closed Circuit
33%
Cantilever
33%
Flow Noise
33%
Maximum Load
33%
Propeller
33%
Load Design
33%
Design Level
33%
Extreme Value Analysis
33%
Vibration Response
33%
Flow Obstruction
33%
Low Order Modes
33%
Response Statistics
33%
Upstream Flow
33%
Tunnel Flow
33%
Generalized Extreme Value Distribution
33%
Random Loading
33%
Engineering
Hydrofoil
100%
Cyclic Loading
66%
Flow Speed
66%
Tunnel
66%
Fatigue Damage
33%
Control Surfaces
33%
Closed Circuit
33%
Value Engineering
33%
Induced Noise
33%
Induced Vibration
33%
Propeller
33%
Compressed Air Motors
33%
Flow-Induced Vibrations
33%
Random Loads
33%