Electro-quasistatic calculation of electric field strength on high-voltage insulators with an algebraic multigrid algorithm. Reitzinger, S., Schreiber, U., & van Rienen, U. 39(4):2129–2132, July, 2003.
doi  bibtex   
@Article{         Reitzinger_2003ab,
  author        = {Reitzinger, Stefan and Schreiber, Ute and van Rienen, Ursula},
  doi           = {10.1109/TMAG.2003.810555},
  file          = {Reitzinger_2003ab.pdf},
  issn          = {0018-9464},
  keywords      = {boundary-value problems,conjugate gradient methods,electric fields,high-voltage engineering,insulators,integration,iterative methods,matrix algebra,partial differential equations,BVP,HV insulator simulation,Jacobi-preconditioner,Krylov subspace methods,algebraic multigrid algorithm,algebraic multigrid preconditioner,bi-orthogonal conjugate gradient conjugate residual method,complex symmetric matrix structure method,complex symmetric system matrices,electric field strength,electro-quasistatic calculation,high-voltage insulators,numerical simulation,outer iteration,quasi-minimal residual method,Boundary value problems,Dielectrics and electrical insulation,Insulator testing,Jacobian matrices,Mathematical model,Maxwell equations,Numerical simulation,Partial differential equations,Smoothing methods,Symmetric matrices},
  langid        = {english},
  month         = jul,
  number        = {4},
  pages         = {2129--2132},
  title         = {Electro-quasistatic calculation of electric field strength on high-voltage insulators with an algebraic multigrid algorithm},
  volume        = {39},
  year          = {2003}
}

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