The paper presents the results of the calculations of the magnetic field for the both shielded and non-shielded 3-phase MR 250 busbar manufactured by Elektromontaż 2 in Katowice, Poland. The busbar magnetic field has been determined by the following methods: analytical method for non–shielded busbar without taking into account the skin and proximity effects, analytical–numerical method based on integral equations, two-dimensional method of finite elements with the use of the commercial FEMM software, measurement method on a test stand. The measurements were performed with the use of a special non-directional magnetic field meter. A satisfactory compliance of the calculations has been obtained
The paper deals with numerical modeling of a three-phase harmonic-current carrying shielded line. In...
Předkládaná bakalářská práce zkoumá elektromagnetické pole elektrických přípojnic. V teoretickém úvo...
W artykule przedstawiono pomiary pól magnetycznych AC i Degenerowanych przez urządzenia elektryczne ...
This paper presents a new numerical computation method for determining the magnetic field distributi...
W artykule przedstawiono nową analityczną metodę obliczania pola magnetycznego układów szyn prostoką...
This analysis is going to present the example of determining the magnetic field in a busbar of a re...
Purpose of this study is to find the mitigation method of magnetic field by finite length multi-cond...
Using the analytic method based on the Biot-Savart law for the electromagnetic field, the distributi...
Abstract-The goal of paper is to present the magnetic field calculations in high current bus ducts. ...
U ovom završnom radu opisana je analiza i proveden proračun magnetskih polja u okolišu trofaznih vod...
In this paper we obtain compact expressions for the magnetic field shielding factor of a high-voltag...
The paper presents coupled electromagnetic and thermal field analysis of busbar system (of rectangul...
This paper presents a numerical computation method for determining the magnetic field of high-curren...
In any industrial installation, power electric systems generate extremely low frequency magnetic fie...
This thesis aims to develop a calculation method to determine themagnetic field magnitudes in the vi...
The paper deals with numerical modeling of a three-phase harmonic-current carrying shielded line. In...
Předkládaná bakalářská práce zkoumá elektromagnetické pole elektrických přípojnic. V teoretickém úvo...
W artykule przedstawiono pomiary pól magnetycznych AC i Degenerowanych przez urządzenia elektryczne ...
This paper presents a new numerical computation method for determining the magnetic field distributi...
W artykule przedstawiono nową analityczną metodę obliczania pola magnetycznego układów szyn prostoką...
This analysis is going to present the example of determining the magnetic field in a busbar of a re...
Purpose of this study is to find the mitigation method of magnetic field by finite length multi-cond...
Using the analytic method based on the Biot-Savart law for the electromagnetic field, the distributi...
Abstract-The goal of paper is to present the magnetic field calculations in high current bus ducts. ...
U ovom završnom radu opisana je analiza i proveden proračun magnetskih polja u okolišu trofaznih vod...
In this paper we obtain compact expressions for the magnetic field shielding factor of a high-voltag...
The paper presents coupled electromagnetic and thermal field analysis of busbar system (of rectangul...
This paper presents a numerical computation method for determining the magnetic field of high-curren...
In any industrial installation, power electric systems generate extremely low frequency magnetic fie...
This thesis aims to develop a calculation method to determine themagnetic field magnitudes in the vi...
The paper deals with numerical modeling of a three-phase harmonic-current carrying shielded line. In...
Předkládaná bakalářská práce zkoumá elektromagnetické pole elektrických přípojnic. V teoretickém úvo...
W artykule przedstawiono pomiary pól magnetycznych AC i Degenerowanych przez urządzenia elektryczne ...