Abstract
This finite element treatment of electric motors evidences the degree to which the form and structure of the mesh significantly influence the complexity of the design problem, as well as, the accuracy of the results. In this regard, the paper focuses on methods to improve torque calculation precision, essential to predicting motor performance. To illustrate the application of the method, the paper provides examples of computer-aided design analysis results obtained in studies on reluctance, brushless and induction motors.
Citation Formats
Boglietti, A, Chiampi, M, and Chiarabaglio, D.
Electric motor CAD by finite element method; Metodo degli elementi finiti nel CAD di motori elettrici.
Italy: N. p.,
1991.
Web.
Boglietti, A, Chiampi, M, & Chiarabaglio, D.
Electric motor CAD by finite element method; Metodo degli elementi finiti nel CAD di motori elettrici.
Italy.
Boglietti, A, Chiampi, M, and Chiarabaglio, D.
1991.
"Electric motor CAD by finite element method; Metodo degli elementi finiti nel CAD di motori elettrici."
Italy.
@misc{etde_10150532,
title = {Electric motor CAD by finite element method; Metodo degli elementi finiti nel CAD di motori elettrici}
author = {Boglietti, A, Chiampi, M, and Chiarabaglio, D}
abstractNote = {This finite element treatment of electric motors evidences the degree to which the form and structure of the mesh significantly influence the complexity of the design problem, as well as, the accuracy of the results. In this regard, the paper focuses on methods to improve torque calculation precision, essential to predicting motor performance. To illustrate the application of the method, the paper provides examples of computer-aided design analysis results obtained in studies on reluctance, brushless and induction motors.}
place = {Italy}
year = {1991}
month = {Dec}
}
title = {Electric motor CAD by finite element method; Metodo degli elementi finiti nel CAD di motori elettrici}
author = {Boglietti, A, Chiampi, M, and Chiarabaglio, D}
abstractNote = {This finite element treatment of electric motors evidences the degree to which the form and structure of the mesh significantly influence the complexity of the design problem, as well as, the accuracy of the results. In this regard, the paper focuses on methods to improve torque calculation precision, essential to predicting motor performance. To illustrate the application of the method, the paper provides examples of computer-aided design analysis results obtained in studies on reluctance, brushless and induction motors.}
place = {Italy}
year = {1991}
month = {Dec}
}