This paper focuses on the representation of tall metallic structures, such as power line towers, by means of vertical transmission line segments. Some of the most common tower models are tested here. The differences between the single vertical line models and the vertical multi-conductor ones are demonstrated through the comparison with a field experiment. � 2003 IEEE
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
In this paper, we compare five engineering return stroke models, extended to include the presence of...
In this paper, we compare five engineering return stroke models, extended to include the presence of...
This paper focuses on the representation of tall metallic structures, such as power line towers, by ...
This paper presents a new approach to model a transmission tower for lightning performance studies. ...
This paper presents a new approach to model a transmission tower for lightning performance studies. ...
This paper presents a new approach to model a transmission tower for lightning performance studies. ...
none7This paper presents a new approach to model a transmission tower for lightning performance stud...
[[abstract]]In this study, we present an experimental validation of the transmission line representa...
This paper presents some aspects of overvoltage waves propagation on high voltage transmission lines...
A method of transmission tower models construction for atmospheric overvoltages performance studies ...
This paper represents two methodologies for calculating lightning discharge process, which is the ba...
A model is developed for determining the frequency, the characteristics, and the spatial distributio...
This article discusses formulas for the surge/ characteristic impedance of vertical conductors. Calc...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
In this paper, we compare five engineering return stroke models, extended to include the presence of...
In this paper, we compare five engineering return stroke models, extended to include the presence of...
This paper focuses on the representation of tall metallic structures, such as power line towers, by ...
This paper presents a new approach to model a transmission tower for lightning performance studies. ...
This paper presents a new approach to model a transmission tower for lightning performance studies. ...
This paper presents a new approach to model a transmission tower for lightning performance studies. ...
none7This paper presents a new approach to model a transmission tower for lightning performance stud...
[[abstract]]In this study, we present an experimental validation of the transmission line representa...
This paper presents some aspects of overvoltage waves propagation on high voltage transmission lines...
A method of transmission tower models construction for atmospheric overvoltages performance studies ...
This paper represents two methodologies for calculating lightning discharge process, which is the ba...
A model is developed for determining the frequency, the characteristics, and the spatial distributio...
This article discusses formulas for the surge/ characteristic impedance of vertical conductors. Calc...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
The object of the research is a circuit that simulates a lightning strike to a tower of 220 kV power...
In this paper, we compare five engineering return stroke models, extended to include the presence of...
In this paper, we compare five engineering return stroke models, extended to include the presence of...