Title :
Electromagnetic Analysis of Submarine Umbilical Cables With Complex Configurations
Author :
Salles, M.B.C. ; Costa, M.C. ; Filho, M.L.P. ; Cardoso, J.R. ; Marzo, G.R.
Author_Institution :
Appl. Electromagn. Lab. (LMAG), PEA-EPUSP, São Paulo, Brazil
Abstract :
These studies present the electromagnetic analyses of different configurations of the so called “Integrated Production Umbilical,” or simply Umbilical Cables. Modern Umbilical Cables can have more than 4 independent 3-phase power circuits as well as steel tubes. There is no 2-D symmetry for these cable configurations and the 3-D simulations are very undesirable due to cable length. The adopted methodology to evaluate cable performance is a combination of 2-D-finite element analyses (coupled with electric circuit) and the transposition technique. The results have shown that the configuration B in which all power circuits rotates along its own center has better performance considering the load terminal voltages due to the compensation of the induction effect along the cable.
Keywords :
electromagnetic wave propagation; finite element analysis; submarine cables; 2-D finite element analysis; 3-D simulations; 3-phase power circuits; electromagnetic analysis; induction effect; integrated production umbilical cables; load terminal voltages; power circuits; steel tubes; submarine umbilical cables; transposition technique; Circuits; Conductors; Electromagnetic analysis; Geometry; Petroleum; Power quality; Steel; Umbilical cable; Underwater vehicles; Voltage; Finite element analysis; integrated production umbilical; power quality; submarine power cable; umbilical cable;
Journal_Title :
Magnetics, IEEE Transactions on
DOI :
10.1109/TMAG.2010.2044484