Power flow in electrical machines has been analysed by means of Poynting's theorem. First, a general theory has been developed. Later, this theory has been applied unifiedly to several types of electrical machines. The power flow method affords a deeper physical understanding of the operation of electrical machines.
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References
1.
MaxwellJ. C., Electricity and Magnetism, Clarenden Press (1881).
2.
PoyntingJ. H., ‘On the transfer of energy in the electromagnetic field’, Philosophical Transactions, Royal Society of London, 175, Part II, p. 343 (1884).
3.
SlepianJ., ‘The flow of electric power in electrical machines’, The Electric Journal, No. 17, pp. 303–311 (1919).
4.
DarrieusG., ‘Theorem of Poynting in electrical engineering’, Bull. S.F. E., 5th series, 6, No. 69, pp. 893–920 (September, 1936). In French.
5.
DahlgrenS., ‘Some remarks on the energy flow in rotating electric machines’, Transactions Royal Institute of Technology, Stockholm, Sweden, No. 38, pp. 1–15 (1950).
6.
HarrisonH., ‘Field theory applied to electrical machines’, International Journal of Electrical Engineering Education, 4, pp. 193–200 (1966).
7.
HawthorneE. I., ‘Flow of energy in d.c. machines’, Trans. AIEE, 72, Part I, pp. 438–445 (September, 1953).
8.
HawthorneE. I., ‘Flow of energy in synchronous machines’, Trans. AIEE, 73, Part I, pp. 1–10 (March, 1954).
9.
AlgerP. L. and OneyW. R., ‘Energy flow in induction machines’, General Electric Review, 56, No. 2, pp. 56–60 (1953).
10.
AlgerP. L. and OneyW. R., ‘Torque energy relations in induction machines’, Trans. AIEE, Power Apparatus Systems, Part IIIA, 73, No. 11, pp. 259–264 (April, 1954).
11.
GuilfordE. C., ‘Theory of induction motor with conducting sleeve rotor’, Trans. AIEE, Part III, 80, pp. 1129–1136.
12.
PoloujadoffM. and PerretR., ‘Study of an induction machine by the method of Poynting vector’, Revue Générale de l'Electricité, 80, No. 9, pp. 667–674 (September, 1971). In French.
13.
PalitB. B., ‘Unified analysis of electrical machines with the help of Poynting vector and the electromagnetic energy flow in the air-gap space. Part I: General theory’. Zeitschrift für angewandte Mathematik und Physik (ZAMP), 31, pp. 384–399 (1980). In German.
14.
PalitB. B., ‘Unified analysis of electrical machines with the help of Poynting vector and the electromagnetic energy flow in the air-gap space. Part II: Application of the general theory’. Zeitschrift für angewandte Mathematik und Physik (ZAMP), 31, pp. 400–412 (1980). In German.
15.
PalitB. B., ‘Electromagnetic energy flow in transformers’, Bull. SEV, 68, No. 14, pp. 714–717 (1977). In German.
16.
PalitB. B., ‘Investigation on electromagnetic power flow in an idealised transformer’, Proceedings of the Symposium on Power and Measurement Transformers, Positano, Italy, pp. 19–22 (September 11–13, 1979).