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Dynamics of a flexible cylinder in subsonic axial flow
Michael P. Paidoussis
,
Martin Ostoja-Starzewski
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peer-review
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Keyphrases
Axial Flow
100%
Aerodynamic Force
100%
Flexible Cylinder
100%
Mach number
50%
Dynamical Behavior
50%
Exact Solutions
50%
Wave Propagation
50%
Integral Formulation
50%
Flow Velocity
50%
Incompressible Flow
50%
Propagating Waves
50%
Mode Shape
50%
Axial Mode
50%
High Flow
50%
Eigenfrequency
50%
Inviscid
50%
Subsonic Flow
50%
Galerkin Solution
50%
Loss of Stability
50%
Constrained Systems
50%
Dynamical Characteristics
50%
Flutter
50%
Velocity Divergence
50%
Slender Cylinder
50%
Slender-body Approximation
50%
Generalized Aerodynamic Forces
50%
Exact Integrals
50%
Wave Amplification
50%
High Flow Velocity
50%
Three-dimensional Formulation
50%
Engineering
Axial Flow
100%
Flow Velocity
100%
Aerodynamic Force
100%
Incompressible Flow
50%
Propagating Wave
50%
Dynamical Behavior
50%
Mode Shape
50%
Mach Number
50%
Eigenfrequencies
50%
Subsonic Flow
50%
Slender Body
50%
Axial Modes
50%
Generalized Aerodynamic Force
50%
Diffraction
50%
Constrainedness
50%
Physics
Axial Flow
100%
Aerodynamic Force
100%
Flow Velocity
66%
Incompressible Flow
33%
Mach Number
33%
Slender Body
33%
Subsonic Flow
33%
Wave Amplification
33%
Diffraction
33%