dimensional elasticity', D. Mavriplis and A. Jameson: 'Multigrid solution of the Euler equations on unstructured and adaptive meshes', N. D. Melson, and E. yon Lavante: 'Multigrid acceleration of the isenthalpic form of the compressible flow equations', W. A. Mulder: 'Analysis of a multigrid method for the Euler equations of gas dynamics in two dimensions', U. Riide: 'On the accurate computation of singular solutions of Laplace's and Poisson's Equation', J. Ruge and A. Brandt: 'A multigrid approach for elasticity problems on "Thin" Domains', W. SchrSder and D. H~inel: 'A multigridrelaxation scheme for the Navier-Stokes equations', C. P. Thompson, G. K. Leaf, and S. P. Vanka: 'Application of a multigrid method to a buoyancy-induced flow problem'. Parallel algorithms based on multigrid methods are studied in the following papers: M. W. Benson and P. O. Frederickson: 'Fast pseudo-inverse algorithms on hypercubes', B. Briggs, L. Hart, S. F. McCormick, and D. Quinlan: 'Multigrid methods on a hypercube', T. F. Chan and R. S. Tuminaro: 'Design and implementation of parallel multigrid algorithms', C. C. Douglas and W. L. Miranker: 'Some nontelescoping parallel algorithms based on serial multigrid aggregation disaggregation techniques', P. O. Frederickson and Oliver A. McBryan: 'Parallel superconvergent multigrid', H. Mierendorff: 'Parallelization of multigrid methods with local refinements for a class of nonshared memory systems', D. M. Nosenchuck, S. E. Krist, and T. A. Zang: 'On multigrid methods for the Navier-Stokes computer', B. Steffen: 'Multigrid methods for calculation of electromagnets and their implementation on MIMD computers'.The book brings an up-to date-review of the multigrid technology.