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Finite Element Formulation and Analysis of Three Dimensional Magnetic Field Problems
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Demerdash, N.A.1
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0019601628
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Three Dimensional Finite Element Vector Potential Formulation of Magnetic Fields in Electrical Apparatus
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104–4111
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N.A. Demerdash, T.W. Nehl, F.A. Fouad, and O.A. Mohammed, “Three Dimensional Finite Element Vector Potential Formulation of Magnetic Fields in Electrical Apparatus,” IEEE Trans. on PAS, Vol. 101, pp. 4 1 04–4111, 1981.
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Demerdash, N.A.1
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0019599782
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Experimental Verification and Application of the Three Dimensional Finite Element Magnetic Vector Potential Method in Electrical Apparatus
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N.A. Demerdash, T.W. Nehl, O.A. Mohammed, and F.A. Fouad, “Experimental Verification and Application of the Three Dimensional Finite Element Magnetic Vector Potential Method in Electrical Apparatus,” IEEE Trans. on PAS, Vol. 100, pp. 4112–4122, 1981.
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Finite Element Three Dimensional Magnetic Field Computation
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Three-Dimensional Magnetostatic Field Analysis of Electrical Machinery by the Finite Element Method
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Chari, M.V.K.1
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Vector Potential Formulation for Three-Dimensional Magnetostatics
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P.R. Kotiuga and P.P. Silvester, “Vector Potential Formulation for Three-Dimensional Magnetostatics,” J. of App. Phys., Vol. 53, pp. 8399–8401, 1982.
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Alternative Vector Potential Formulations of 3-D Magnetostatic Field Problems
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On the Uniqueness of Solution of Magnetostatic Vector Potential Problems by Three-Dimensional Finite Element
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O.A. Mohammed, W.A. Davis, B.D. Popovic, T.W. Nehl, and N.A. Demerdash, “On the Uniqueness of Solution of Magnetostatic Vector Potential Problems by Three-Dimensional Finite Element,” J. of App. Phys., Vol. 53, 11, pp. 8402–8404, 1982.
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0021612759
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Validity of Finite Element Formulation and Solution of Three Dimensional Magnetostatic Problem in Electrical Devices with Applications to Transformers and Reactors
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O.A. Mohammed, N.A. Demerdash, and T.W. NehI, “Validity of Finite Element Formulation and Solution of Three Dimensional Magnetostatic Problem in Electrical Devices with Applications to Transformers and Reactors,” IEEE Trans. on PAS, Vol. 103, pp. 1848–1853, 1984.
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Automotive Alternator Electromagnetic Calculations Using Three Dimensional Finite Elements
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F.L. Zeisler and J.R. Brauer, “Automotive Alternator Electromagnetic Calculations Using Three Dimensional Finite Elements,” IEEE Trans. on MAG, Vol. 21, pp. 2453–2456, 1985.
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Vector Potential Formulations and Finite Element Trial Functions
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Nonlinear Vector Potential Formulation and Experimental Verification of Newton-Raphson Raphson Solution of Three Dimensional Magnetostatic Fields in Electrical Devices
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O.A. Mohammed, N.A. Demerdash, and T.W. Nehl, “Nonlinear Vector Potential Formulation and Experimental Verification of Newton-Raphson Raphson Solution of Three Dimensional Magnetostatic Fields in Electrical Devices,” IEEE Trans. on EC, Vol. 1, pp. 177–185, 1986.
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A Robust Incomplete Choleski-Conjugate Conjugate Gradient Algorithm
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M.A. Ajiz and A. Jennings, “A Robust Incomplete Choleski-Conjugate Conjugate Gradient Algorithm,” Int. J. of Num. Methods in Engrg., Vol. 20, pp. 946–966, 1984.
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TN D-5405
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D.S. Repas and R.A. Edkin, “Performance Characteristics of a 14.3 kVA Modified Lundell Alternator for 1200 Hertz Brayton - Cycle Space - Power System,” NASA Report, TN D-5405, 1969.
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