Add to ORKGFlow-induced resonance for a hinged bronze cable (length / radius = 200) in uniform water flow at Reynolds number Re = 200 is calculated using a fluid-structure interaction code. After the initial transient response, the cable vibrates as a standing wave at its resonance frequency when vortex shedding occurs. The displacement in the transverse direction is much higher than that in the streamwise direction, despite the higher streamwise fluid force. Besides this, the vertical force coefficient is found to tune very well with the velocity oscillations of the cable to effectively transfer power from fluids to solids
In this study, we developed a coupled model of wind-induced vibration of a stack, based on an unstea...
Wind-induced cable vibration is a contemporary issue in cable-stayed bridges, which potentially thre...
Starting at a low Reynolds number of about 50, and reaching the highest Reynolds numbers recorded, b...
When a body is exposed to a flowing fluid, oscillations can occur due to one or more of several diff...
Flow-induced vibrations caused by vortex shedding from structures have been observed in diverse engi...
When a body is exposed to a flowing fluid, oscillations can occur due to one or more of several diff...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1988.Includes bibl...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The dynamic characteristics of slender cable often present serried modes with low frequencies due to...
A model of a stack/wire system, wind-induced vibration of the stack based on an unsteady-flow theory...
International audienceA low-order model for transverse vortex-induced vibrations of cables in statio...
This paper focuses on wind-induced vibrations of dry inclined bridge cables in the critical Reynolds...
Cables are used in a variety of ocean engineering applications and are often selected for their inhe...
Vortex-induced oscillations. often of concern when a bluff structure is exposed to fluid cross-flow,...
In this study, we developed a coupled model of wind-induced vibration of a stack, based on an unstea...
In this study, we developed a coupled model of wind-induced vibration of a stack, based on an unstea...
Wind-induced cable vibration is a contemporary issue in cable-stayed bridges, which potentially thre...
Starting at a low Reynolds number of about 50, and reaching the highest Reynolds numbers recorded, b...
When a body is exposed to a flowing fluid, oscillations can occur due to one or more of several diff...
Flow-induced vibrations caused by vortex shedding from structures have been observed in diverse engi...
When a body is exposed to a flowing fluid, oscillations can occur due to one or more of several diff...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1988.Includes bibl...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The dynamic characteristics of slender cable often present serried modes with low frequencies due to...
A model of a stack/wire system, wind-induced vibration of the stack based on an unsteady-flow theory...
International audienceA low-order model for transverse vortex-induced vibrations of cables in statio...
This paper focuses on wind-induced vibrations of dry inclined bridge cables in the critical Reynolds...
Cables are used in a variety of ocean engineering applications and are often selected for their inhe...
Vortex-induced oscillations. often of concern when a bluff structure is exposed to fluid cross-flow,...
In this study, we developed a coupled model of wind-induced vibration of a stack, based on an unstea...
In this study, we developed a coupled model of wind-induced vibration of a stack, based on an unstea...
Wind-induced cable vibration is a contemporary issue in cable-stayed bridges, which potentially thre...
Starting at a low Reynolds number of about 50, and reaching the highest Reynolds numbers recorded, b...