Background Vibration present on various levels in many engineering fields and hence
vibration mitigation has become a subject of intense study. The nonlinear vibration isolation …

Due to its inherent low damping, a power transmission line is prone to wind induced
vibration. Vibration control is needed to suppress the aeolian vibration of the transmission …

A wind tunnel test on the aero-elastic model of UHV transmission tower line system was
carried out for researching tower line system's dynamic behavior under different wind …

Power transmission systems are essential for modern infrastructure, and their longevity and
integrity are vital for ensuring uninterrupted power supply. They operate in harsh …

Fixed passive tuned vibration absorbers (TVA) are ineffective in controlling wind induced
vibration of continuous systems (eg, power lines). This is because fixed passive TVAs are …

Vortex-induced vibrations are one of the major factors in fatigue failure of power
transmission lines and can be mitigated using vibration absorbers in the form of Stockbridge …

The present paper deals with the nonlinear dynamics of a Stockbridge damper. The
nonlinearity is from damping and the geometric stretching of the messenger. The …

Stockbridge dampers are primarily used to suppress or reduce Aeolian vibrations of
transmission lines. The number of resonant frequencies characterizes the effectiveness of …

The vibration of a single-conductor transmission line with a Stockbridge damper is examined
by modeling the system as a double-beam concept. The equations of motion are derived …

A novel model is developed for a vibrating single-conductor transmission line carrying
Stockbridge dampers. Experiments are performed to determine the equivalent viscous …