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 …

The large vibration of the transmission line caused by wind and ice has brought about
significant damage to the grid. The transmission line maintenance has a huge demand on …

The slippage fault diagnosis of dampers in aerial images is a challenging task for an
automatic transmission line inspection system. In this paper, an effective and reliable …

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 transmission line in a power network is similar to a blood vessel. Any disconnection
ultimately affects the transmission of electrical energy, and broken strands and detachment …

This work investigates the performance of a moving damper for overhead transmission lines.
The damper or absorber consists of mass-spring-damper-mass system. The absorber is …

Wind-induced vibration of power lines has been a major challenge for design engineers for
decades. Hitherto, there is no effective devices that can suppress these vibrations …

While analyses have been performed for fixed masses on power line conductors, they have
not been in the context of interactions between the conductor and a mobile damping robot …