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                                       Details for article 75 of 77 found articles
 
 
  Torsional Oscillation Problems Associated with Shunt Induction Motor Driving Distributed Inertias
 
 
Title: Torsional Oscillation Problems Associated with Shunt Induction Motor Driving Distributed Inertias
Author: Abdel-Halim, M. A.
Alolah, A. I.
Badr, M. A.
Hamouda, R. M.
Appeared in: Electric power components & systems
Paging: Volume 29 (2001) nr. 8 pages 739-755
Year: 2001-08-01
Contents: Shunt connection has been recently proposed by the authors to attain fast starting of slip-ring induction motors. Torsional torques, which might be experienced with this connection, is a reservation of this method and should be investigated. Therefore, this paper analyzes the expected torsional problems of the shafts of these motors when driving distributed inertias. The analysis aims at investigating the developed pulsating torque, the resulting torsional oscillations, the transmitted torques, and the twist angles at different shaft sections. Effects of motor parameters on the torsional oscillation problem are studied. For this purpose, a rigorous mathematical model is presented and simulated by a developed computer program.
Publisher: Taylor & Francis
Source file: Elektronische Wetenschappelijke Tijdschriften
 
 

                             Details for article 75 of 77 found articles
 
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