The electromechanical analysis of turbo generators is a challenging task because of the complexity both of the geometry and the materials properties. Therefore, when the accuracy is a key point, the numerical solution is very demanding also for high performing computer systems. Then suitable numerical approaches are required, able to meet accuracy and speed. Here an integral procedure is proposed to solve the problem, together with a number of new methodological and numerical tools able to guarantee the required effectiveness..

3D Electromechanical Analysis of End Windings in Turbo Generators

MARIGNETTI, Fabrizio;TAMBURRINO, Antonello;VENTRE, Salvatore
2010

Abstract

The electromechanical analysis of turbo generators is a challenging task because of the complexity both of the geometry and the materials properties. Therefore, when the accuracy is a key point, the numerical solution is very demanding also for high performing computer systems. Then suitable numerical approaches are required, able to meet accuracy and speed. Here an integral procedure is proposed to solve the problem, together with a number of new methodological and numerical tools able to guarantee the required effectiveness..
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11580/13665
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