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Integrated airloads-inflow model for use in rotor aeroelasticity and control analysis
David A. Peters
, Ay Su
Department of Mechanical Engineering & Materials Science
Research output
:
Contribution to journal
›
Conference article
›
peer-review
11
Scopus citations
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Dive into the research topics of 'Integrated airloads-inflow model for use in rotor aeroelasticity and control analysis'. Together they form a unique fingerprint.
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Keyphrases
Control Analysis
100%
Inflow Model
100%
Rotor Aeroelasticity
100%
Airloads
100%
Rotor Control
100%
Geometric Relationships
33%
Eigenvalues
33%
Shape Function
33%
Vorticity
33%
Hidden States
33%
Rotor
33%
Ordinary Differential Equations
33%
Airfoil
33%
ONERA
33%
Lift Model
33%
Thin Airfoil Theory
33%
Dynamic Stall
33%
Strip Theory
33%
Lift Mode
33%
Engineering
Rotors
100%
Aeroelasticity
100%
Eigenvalue
33%
State Variable
33%
Closed Form
33%
Structural Model
33%
Airfoil
33%
Vorticity
33%
Shape Function
33%
Thin Airfoil Theory
33%
Strip Theory
33%
Ordinary differential equations
33%