Three-phases Model of the Induction Machine Taking Account the Stator Faults
In this work we present the modelling of the induction
machine, taking into consideration the stator defects of the induction
machine. It is based on the theory of electromagnetic coupling of
electrical circuits. In fact, for the modelling of stationary defects such
as short circuit between turns in the same phase, we introduce only
in the matrix the coefficients of resistance and inductance of stator
and in the mutual inductance stator-rotor. These coefficients take
account the number of turns in short-circuit deducted from the total
number of turns in the same phase; in this way we obtain the number
of useful turns. In addition, all these faults involved, will be used for
the creation of the database that will be used to develop an automated
system failures of the induction machine.
[1] E.Schaeffer, «Diagnostic des machines asynchrones : modèle et outils
paramétriques dédiés ├á la simulation et ├á la détection des défauts»,
Thèse de Doctorat, Décembre 1999, Ecole générale de Nantes,
France/sous la direction de E. Le Carpentier.
[2] T.Boumegoura, «Recherche de signature électromagnétique des défauts
dans une machine asynchrone, et synthèse d-observateurs en vue du
diagnostic», thèse de doctorat, l-école doctorale électronique,
électrotechnique, automatique de Lyon, Mars 2001.
[3] G.Didier, «Modélisation et diagnostic de la machine asynchrone en
présence de défaillances», Thèse de Doctorat, Oct 2004, U.Nancy,
France/ sous la direction de A.H.Razik
[4] Scattolini and N.cattane « Detection of sensor faults in a large flexible
structure», IEEE proc.control.theory.Appl, vol.146,n┬░5, September
1999,pp.383-388.
[5] X.Chang, V.Conquenmpot, C.Christophe, «Modélisation de la machine
asynchrone en présence de pannes du stator», CEEI-France 23-25 Oct
2002.
[6] F.Felippitti, G.francescini,C.Tassoni, S.zond, P.vas ; «AI Techniques in
induction machines diagnosis including the speed ripple Effect », IEEE
Transaction on industries applications, vol.34, n┬░1, January /February
1998.PP.98-108.
[7] S.Nandi, H.A.Tolyat, « Condition monitoring and fault diagnosis of
electrical machines: A review », Industry applications conference, thirtyfourth
IAS annual meeting conference record of the 1999 IEEE,vol.1
,PP.197-202.
[8] Vinnod V.Thomas, K.Vasudevan, V.J.Kumar, « Online Cage Rotor
Fault Using Air-Gap Torque Spectra», IEEE, Transaction on Energy
Conversion, Vol 18, N┬░ 2, PP. 265-270, June 2003.
[9] H. Hénao, H. Razik, G.-A. Capolino, «Analytical approach of the stator
current frequency harmonics computation for detection of induction
machine rotor faults», IEEE-SDEMPED 2003, August 24-26, 2003,
Atlanta, USA.
[1] E.Schaeffer, «Diagnostic des machines asynchrones : modèle et outils
paramétriques dédiés ├á la simulation et ├á la détection des défauts»,
Thèse de Doctorat, Décembre 1999, Ecole générale de Nantes,
France/sous la direction de E. Le Carpentier.
[2] T.Boumegoura, «Recherche de signature électromagnétique des défauts
dans une machine asynchrone, et synthèse d-observateurs en vue du
diagnostic», thèse de doctorat, l-école doctorale électronique,
électrotechnique, automatique de Lyon, Mars 2001.
[3] G.Didier, «Modélisation et diagnostic de la machine asynchrone en
présence de défaillances», Thèse de Doctorat, Oct 2004, U.Nancy,
France/ sous la direction de A.H.Razik
[4] Scattolini and N.cattane « Detection of sensor faults in a large flexible
structure», IEEE proc.control.theory.Appl, vol.146,n┬░5, September
1999,pp.383-388.
[5] X.Chang, V.Conquenmpot, C.Christophe, «Modélisation de la machine
asynchrone en présence de pannes du stator», CEEI-France 23-25 Oct
2002.
[6] F.Felippitti, G.francescini,C.Tassoni, S.zond, P.vas ; «AI Techniques in
induction machines diagnosis including the speed ripple Effect », IEEE
Transaction on industries applications, vol.34, n┬░1, January /February
1998.PP.98-108.
[7] S.Nandi, H.A.Tolyat, « Condition monitoring and fault diagnosis of
electrical machines: A review », Industry applications conference, thirtyfourth
IAS annual meeting conference record of the 1999 IEEE,vol.1
,PP.197-202.
[8] Vinnod V.Thomas, K.Vasudevan, V.J.Kumar, « Online Cage Rotor
Fault Using Air-Gap Torque Spectra», IEEE, Transaction on Energy
Conversion, Vol 18, N┬░ 2, PP. 265-270, June 2003.
[9] H. Hénao, H. Razik, G.-A. Capolino, «Analytical approach of the stator
current frequency harmonics computation for detection of induction
machine rotor faults», IEEE-SDEMPED 2003, August 24-26, 2003,
Atlanta, USA.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:57867", author = "Djalal Eddine Khodja and Aissa Kheldoun", title = "Three-phases Model of the Induction Machine Taking Account the Stator Faults", abstract = "In this work we present the modelling of the induction
machine, taking into consideration the stator defects of the induction
machine. It is based on the theory of electromagnetic coupling of
electrical circuits. In fact, for the modelling of stationary defects such
as short circuit between turns in the same phase, we introduce only
in the matrix the coefficients of resistance and inductance of stator
and in the mutual inductance stator-rotor. These coefficients take
account the number of turns in short-circuit deducted from the total
number of turns in the same phase; in this way we obtain the number
of useful turns. In addition, all these faults involved, will be used for
the creation of the database that will be used to develop an automated
system failures of the induction machine.", keywords = "Asynchronous machine, Indicatory Values Statorfaults, Multi-turns Model, Three-phases Model.", volume = "3", number = "4", pages = "398-4", }