Phenomena associated with flow-induced transverse oscillation of an elastically mounted body are considered. The use of a recently introduced parameter that combines the effect of mass and elasticity—effective elasticity—is exploited to demonstrate the predictive value of the new approach and to provide insights into solution branching, the maximum amplitude of vibration, and modeling
Flow induced vibrations cause by instability is the subject of this investigation. The bulk of the w...
The principal objective of this work is to model two-degree-of-freedom vortex-excitedoscillations of...
This paper presents results investigating two flow-induced vibration phenomena, vortex-induced vibra...
Flow over a square cylinder is numerically studied to understand the effect of reduced velocity to t...
In the paper are reported the first results of the experimental analysis on the transverse flow-indu...
Fluids and structures are everywhere, so the interaction between them is common. Although fluid-str...
This paper presents results investigating two flow-induced vibration phenomena, vortex-induced vibra...
The paper reports the results of the experimental analysis on the transverse flow-induced vibration ...
Models are developed for both multi-degree-of-freedom aerodynamic galloping and vortex induced oscil...
A flexibly mounted circular cylinder is placed upstream of a stationary cylinder twice as large. Flo...
Transverse oscillation of a dynamically supported circular cylinder in a flow at Re=100 has been num...
In the paper are reported the first results of the experimental analysis on the transverse flowinduc...
The investigation is concerned with the vibrational response of a circular cylindrical body when sub...
Flow-induced vibration of a fixed-fixed elastic cylinder with a large aspect ratio (≈ 58) is conside...
The flow-induced vibration of a cylinder with two degrees of freedom near a rigid wall under the act...
Flow induced vibrations cause by instability is the subject of this investigation. The bulk of the w...
The principal objective of this work is to model two-degree-of-freedom vortex-excitedoscillations of...
This paper presents results investigating two flow-induced vibration phenomena, vortex-induced vibra...
Flow over a square cylinder is numerically studied to understand the effect of reduced velocity to t...
In the paper are reported the first results of the experimental analysis on the transverse flow-indu...
Fluids and structures are everywhere, so the interaction between them is common. Although fluid-str...
This paper presents results investigating two flow-induced vibration phenomena, vortex-induced vibra...
The paper reports the results of the experimental analysis on the transverse flow-induced vibration ...
Models are developed for both multi-degree-of-freedom aerodynamic galloping and vortex induced oscil...
A flexibly mounted circular cylinder is placed upstream of a stationary cylinder twice as large. Flo...
Transverse oscillation of a dynamically supported circular cylinder in a flow at Re=100 has been num...
In the paper are reported the first results of the experimental analysis on the transverse flowinduc...
The investigation is concerned with the vibrational response of a circular cylindrical body when sub...
Flow-induced vibration of a fixed-fixed elastic cylinder with a large aspect ratio (≈ 58) is conside...
The flow-induced vibration of a cylinder with two degrees of freedom near a rigid wall under the act...
Flow induced vibrations cause by instability is the subject of this investigation. The bulk of the w...
The principal objective of this work is to model two-degree-of-freedom vortex-excitedoscillations of...
This paper presents results investigating two flow-induced vibration phenomena, vortex-induced vibra...