Abstract: Galloping of power line conductors is a random phenomenon. Its randomness is characterized by several random variables including wind speed, wind direction, ice shape, wind angle of attack, ice thinness, span length, ...

Abstract: The application of wind tunnel data to the calculation of vibration amplitudes includes the effect of structural damping. The linear theory is also reviewed and compared to the nonlinear theory. the asymptote for a vibration ...

Abstract: The use of wind tunnel data, lift and drag, together with a method of analysis, leads to estimates of gallop amplitudes. No damping is considered. The nonlinear analysis is similar to the describing‐function method used ...

Abstract: The present standard for field measurement of aeolian vibration is an IEEE standard formulated and approved more than 20 years ago. It is based on the concept of measured “bending amplitude