Power losses in the system of two hollow cylindrical conductors placed in transverse alternating magnetic field

Keywords

Electrical conductor, Galerkin method, Magnetic field, Finite element method, Vector field

References

• Application of boundary solution procedure in thermal field analysisS. Krzemiński, J. Sikora, Jan Sroka — 1980
• Finite-element solution of 2-dimensional exterior-field problemsP. Silvester, M. Hsieh — 1971
• Use of variational methods to the eddy currents calculation in thin conducting platesR. Sikora, Jan Purczyński, Wojciech Lipiński — 1978
• Transient Heat Conduction Problems in Power Cables Solved by the Finite Element MethodN. Flatabo — 1973
• Electromagnetic forces in three-phase leadsP. Rolicz, W. Peterson, Waldemar Rakowski — 1979
• Abschirmung einer Doppelleitung durch einen parallelen BandleiterJ. Sonntag — 1979
• Forces acting on the conductors and inductance of a bifilar leadMarek Ziółkowski, Jan Purczyński, Ryszard Sikora — 1976
• The coupling of the finite element method and boundary solution proceduresO. C. Zienkiewicz, Donald W. Kelly, P. Bettess — 1977
• Magnetic field of bifilar leadM. Gramz, Jan Purczyński, Ryszard Sikora — 1975
• Use of Ritz and Bubnow-Galerkin methods for calculation of inductance and impedance of conductorsJan Purczyński, P. Rolicz, R. Sikora — 1975
• Determination of the magnetic field of a bifilar lead by means of the method of imagesModest Granz, Jan Purczyński, Ryszard Sikora — 1974
• Exterior finite elements for 2-dimensional field problems with open boundariesP. Silvester, David A. Lowther, C.J. Carpenter — 1977
• On the finite element solution of an exterior boundary value problemW. L. Wood — 1976
• Forces acting on the conductors of a bifilar lead with an alternating currentP. Rolicz — 1979
• Calculation of the impedance of a conductor with an elliptic cross section in the slot of an electric machineW. Peterson — 1978
• Vereinfachte Verlust- und Induktivitätsberechnung bei ebenen StromverdrängungsproblemenM. Ehrich — 1978
• Field Theory for EngineersE. N. Pickering — 1964
• Static and dynamic electricityWilliam Ralph Smythe — 1939
• Field Theory for EngineersParry Moon, Domina Eberle Spencer, Albert A. Mullin — 1961

Cited by

• The fixed point method approach to nonlinear open boundary eddy current problems under TM field excitationW. Peterson — 1995
• Joule power losses in a conductor system placed in a multiple harmonic transverse magneticAleksander GĄSIORSKI — 1990

Related papers

• Unified treatment of scalar and vector potential fields with lorentz gauge condition by spatial network expression (invited article)Norinobu Yoshida — 1993
• A combined vector potential-scalar potential method for FE computation of 3D magnetic fields in electrical devices with iron coresR. Wang, N.A. Demerdash — 1991
• Finite element modeling of magnetic field in electrical machines: Scalar or vector potential formulation part II: Comparison of results for test problemsAndrzej Demenko — 2016
• Effects of Coulomb Gauge Condition on Magnetic Vector Potential Formulations for Eddy Current ProblemsHyang-Beom Lee, Лалита Удпа, Satish Udpa — 2006
• Finite element analysis of 3D multiply connected eddy current problemsOszkár Bíró, Kurt Preis, Werner Renhart — 1989
• On the use of the magnetic vector potential in the nodal and edge finite element analysis of 3D magnetostatic problemsOszkár Bíró, Kurt Preis, K.R. Richter — 1996
• Three‐dimensional eddy current calculation in multiply connected regions by using the magnetic vector potentialT. Morisue — 1990
• Implementing tri-potential approach in EMAP3DKuo-Ta Hsieh, Bok-Ki Kim — 1999
• Calculation of 3D eddy current problems by finite element method using either an electric or a magnetic vector potentialWerner Renhart, H. Stögner, Kurt Preis — 1988
• Magnetic Field, Vector Potential and Inductances of Long Helical ConductorsT. Tominaka — 2014