Prediction models for dynamic response parameters of transmission lines after ice-shedding based on machine learning method

Prediction method for galloping features of transmission lines based on FEM and machine learning

(2020) Zheyue Mou et al.   COLD REGIONS SCIENCE AND TECHNOLOGY

Numerical analysis of the dynamic effects of wine-cup shape power transmission tower-line system under ice-shedding

(2020) Shan Gao et al.   Structures

Study on jump height of transmission lines after ice-shedding by reduced-scale modeling test

(2019) Guizao Huang et al.   COLD REGIONS SCIENCE AND TECHNOLOGY

A method to calculate jump height of iced transmission lines after ice-shedding

(2016) Chuan Wu et al.   COLD REGIONS SCIENCE AND TECHNOLOGY

Dynamic Response of Iced Overhead Electric Transmission Lines Following Cable Rupture Shock and Induced Ice Shedding

(2016) Kunpeng Ji et al.   IEEE TRANSACTIONS ON POWER DELIVERY

Early warning method for transmission line galloping based on SVM and AdaBoost bi-level classifiers

(2016) Jian Wang et al.   IET Generation Transmission & Distribution

Modelling the Dynamic Response of Iced Transmission Lines Subjected to Cable Rupture and Ice Shedding

(2013) Farshad Mirshafiei et al.   IEEE TRANSACTIONS ON POWER DELIVERY

Modeling Sudden Ice Shedding From Conductor Bundles

(2013) László E. Kollar et al.   IEEE TRANSACTIONS ON POWER DELIVERY

Numerical Simulation Study on Jump Height of Iced Transmission Lines After Ice Shedding

(2012) Bo Yan et al.   IEEE TRANSACTIONS ON POWER DELIVERY

Dynamic characteristic of ice-shedding on UHV overhead transmission lines

(2011) Xiaobo Meng et al.   COLD REGIONS SCIENCE AND TECHNOLOGY

Unbalanced tension analysis for UHV transmission towers in heavy icing areas

(2011) Fengli Yang et al.   COLD REGIONS SCIENCE AND TECHNOLOGY

Vibration of Bundled Conductors Following Ice Shedding

(2008) L.E. Kollar et al.   IEEE TRANSACTIONS ON POWER DELIVERY