Abstract
The paper deals with the analysis of a bilateral linear induction motor in transient operation. We have considered an impressed voltage one-dimensional model which takes into account end effects. The real winding distribution of the armature has been represented as a lumped parameters system. By using the space vectors methodology, the partial differential equation of the sheet is solved bythe variable separation method. Therefore it's possible to arrange a system of ordinary differential equations where the unknown quantities are the space vectors of the air-gap flux density and sheet currents. Finally, we have analyzed the characteristic quantities for a no-load starting of small power motors.
Citation Formats
Gentile, G, Rotondale, N, and Scarano, M.
Analysis of the linear induction motor in transient operation.
Italy: N. p.,
1987.
Web.
Gentile, G, Rotondale, N, & Scarano, M.
Analysis of the linear induction motor in transient operation.
Italy.
Gentile, G, Rotondale, N, and Scarano, M.
1987.
"Analysis of the linear induction motor in transient operation."
Italy.
@misc{etde_5627586,
title = {Analysis of the linear induction motor in transient operation}
author = {Gentile, G, Rotondale, N, and Scarano, M}
abstractNote = {The paper deals with the analysis of a bilateral linear induction motor in transient operation. We have considered an impressed voltage one-dimensional model which takes into account end effects. The real winding distribution of the armature has been represented as a lumped parameters system. By using the space vectors methodology, the partial differential equation of the sheet is solved bythe variable separation method. Therefore it's possible to arrange a system of ordinary differential equations where the unknown quantities are the space vectors of the air-gap flux density and sheet currents. Finally, we have analyzed the characteristic quantities for a no-load starting of small power motors.}
journal = []
volume = {64:5}
journal type = {AC}
place = {Italy}
year = {1987}
month = {May}
}
title = {Analysis of the linear induction motor in transient operation}
author = {Gentile, G, Rotondale, N, and Scarano, M}
abstractNote = {The paper deals with the analysis of a bilateral linear induction motor in transient operation. We have considered an impressed voltage one-dimensional model which takes into account end effects. The real winding distribution of the armature has been represented as a lumped parameters system. By using the space vectors methodology, the partial differential equation of the sheet is solved bythe variable separation method. Therefore it's possible to arrange a system of ordinary differential equations where the unknown quantities are the space vectors of the air-gap flux density and sheet currents. Finally, we have analyzed the characteristic quantities for a no-load starting of small power motors.}
journal = []
volume = {64:5}
journal type = {AC}
place = {Italy}
year = {1987}
month = {May}
}