Add to ORKGThis chapter describer aeolian vibration of overhead conductors. It includes the physics of the phenomenon, issues related to the properties and mechanics of the conductor itself, damping devices, simulation of the response of the conductor plus damping devices to aeolian vibration, impact of aeolian vibration on the line design, and methods of assessing the severity of aeolian vibration
It has been shown that analytical methods based on the EBP and a shaker-based technology can provide...
Assessment of Aeolian vibrations of overhead electrical conductors and guard wires is a relevant tec...
grantor: University of TorontoAn iterative finite-difference scheme is derived to predict...
This chapter describer aeolian vibration of overhead conductors. It includes the physics of the phen...
The Technical Brochure deals with Modelling of Aeolian vibrations of High-Temperature Low-Sag (HTLS)...
High tension transmission conductors vibrate as light breezes blow across a line. This 'aeolian...
It is well known that if the conductor tension (or, more precisely, the ratio between tension and co...
This section covers the effectiveness of analytical methods based on the EBP and a shaker-based tech...
D.Ing. (Mechanical Engineering)This research proposed to develop a mathematical model for the predic...
Overhead transmission line is mainly aluminum conductor steel reinforced（ ACSR）,which is prone to oc...
For new transmission line designs, it is important to know how much additional damping is needed to ...
This chapter deals with an analytical approach which may be used to investigate alternatives in the ...
Suspended conductors and guard wires of overhead electrical transmission lines (OHL) are prone to ae...
It has been shown that analytical methods based on the EBP and a shaker-based technology can provide...
Assessment of Aeolian vibrations of overhead electrical conductors and guard wires is a relevant tec...
grantor: University of TorontoAn iterative finite-difference scheme is derived to predict...
This chapter describer aeolian vibration of overhead conductors. It includes the physics of the phen...
The Technical Brochure deals with Modelling of Aeolian vibrations of High-Temperature Low-Sag (HTLS)...
High tension transmission conductors vibrate as light breezes blow across a line. This 'aeolian...
It is well known that if the conductor tension (or, more precisely, the ratio between tension and co...
This section covers the effectiveness of analytical methods based on the EBP and a shaker-based tech...
D.Ing. (Mechanical Engineering)This research proposed to develop a mathematical model for the predic...
Overhead transmission line is mainly aluminum conductor steel reinforced（ ACSR）,which is prone to oc...
For new transmission line designs, it is important to know how much additional damping is needed to ...
This chapter deals with an analytical approach which may be used to investigate alternatives in the ...
Suspended conductors and guard wires of overhead electrical transmission lines (OHL) are prone to ae...
It has been shown that analytical methods based on the EBP and a shaker-based technology can provide...
Assessment of Aeolian vibrations of overhead electrical conductors and guard wires is a relevant tec...
grantor: University of TorontoAn iterative finite-difference scheme is derived to predict...