## A variational method for generating multidimensional adaptive grids |

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### Contents

Three Dimensional Grid Generation | 51 |

Applications in Two Dimensions | 70 |

Appendix | 89 |

2 other sections not shown

### Other editions - View all

A Variational Method for Generating Multidimensional Adaptive Grids (Classic ... Jeffrey Saltzman No preview available - 2016 |

### Common terms and phrases

absolute error accuracy algorithm approximation Banach Space boundary conditions boundary layer Brackbill calculation cell centered quantities coefficients Coella computation mesh Computational Physics corner Courant number cube curvature Density contours derivatives differencing dimensional domain equicontinuous Euler equations Eulerian Eulerian mesh factor Figure Finite Difference Methods finite difference scheme finite element fixed mesh flow fluid flux formulation fron gradients increase instability integral integrand internal energy iterations Journal of Computational KMAX Lagrangean Lemma Mach stem mapping mean value theorem mesh lines mesh points mesh spacing momentum moving mesh nesh nonuniform mesh Notice npts number of mesh number of points orthogonality outflow region parameter space Partial Differential Equations physical space Proof smoothness functional solution of A.2 solved step Suppose truncation error uniform mesh us(x variables variational principle vertex centered quantities vertices weight function wmin xj+1 zero