Keywords: سازگاری با مش; CFD; Stopping criterion; Anisotropic error estimator; Mesh adaptation; Unstructured meshes; Convection-diffusion;
مقالات ISI سازگاری با مش (ترجمه نشده)
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Keywords: سازگاری با مش; Stabilised finite elements; Mesh adaptation; Pressure enrichment; Surface operators; Surface tension; Laplace's law;
Keywords: سازگاری با مش; Adjoint; A posteriori error estimation; Mesh adaptation; Nonlinear elasticity; Elasticity; Stabilized finite element;
Keywords: سازگاری با مش; Brittle fracture; Phase-field model; Newton's iteration; Moving mesh; Mesh adaptation; Finite element method;
Keywords: سازگاری با مش; CFD; VMS; Error estimator; Mesh adaptation; Convection-Diffusion;
Keywords: سازگاری با مش; Mesh adaptation; Mesh regularity; Optimal transport;
Keywords: سازگاری با مش; Finite element method; Moore-Penrose continuation method; Schur complement; Mesh adaptation; Algorithm; Bifurcations;
Keywords: سازگاری با مش; Anisotropic meshes; Higher dimensional embedding; Mesh adaptation; Partial differential equations;
Keywords: سازگاری با مش; Free surface; Incompressible flow; Mesh adaptation; Navier-Stokes; Octree meshes; Curvilinear boundaries; Sloshing container; 3D Cylinder of circular cross-section; Flow around oil platform;
Keywords: سازگاری با مش; A posteriori; Error estimation; Mesh adaptation; Variational multiscale;
Keywords: سازگاری با مش; Mesh adaptation; Feature-based; Re-meshing; Unstructured grids; Boundary-conforming; Unsteady flows;
Keywords: سازگاری با مش; Metrics; Anisotropic mesh; Interpolation error; Finite elements; Mesh adaptation
Keywords: سازگاری با مش; Solution interpolation; Matrix-free conservative interpolation; Parallel interpolation; Unstructured mesh; Mesh adaptation; Conservation laws
Keywords: سازگاری با مش; Fluid structure interactions; Shock capturing; Mesh adaptation; Unstructured grids; Air blast; Blast impact;
Keywords: سازگاری با مش; Variational mesh generation; Mesh adaptation; Moving mesh
Keywords: سازگاری با مش; Masonry; Upper bound limit analysis; Double curvature structures; Rigid elements and interfaces; Sequential linear programming; Mesh adaptation
Keywords: سازگاری با مش; Penalization technique; Unstructured mesh; Level-set; Anisotropic mesh; Mesh adaptation; Embedded method; Navier-Stokes equations;
Keywords: سازگاری با مش; Mesh adaptation; Mesh sizing; B-Rep; CAD/FEA integration
Topology optimization of stokes flow on dynamic meshes using simple optimizers
Keywords: سازگاری با مش; Stokes flow; Mesh adaptation; Topology optimization; MATLAB;
Anisotropic mesh adaptation for crack propagation induced by a thermal shock in 2D
Keywords: سازگاری با مش; Crack propagation; Brittle materials; Anisotropic grids; Mesh adaptation; Finite elements;
Metric-based anisotropic mesh adaptation for 3D acoustic boundary element methods
Keywords: سازگاری با مش; Acoustic wave scattering; Boundary element method; Fast BEMs; Mesh adaptation; Anisotropic meshes;
Adaptive-mesh method using RBF interpolation: A time-marching analysis of steady snow drifting on stepped flat roofs
Keywords: سازگاری با مش; Mesh adaptation; RBF interpolation; Time-marching; Snow drifting; Stepped flat roofs;
Face coloring in unstructured CFD codes
Keywords: سازگاری با مش; Edge coloring; Race condition; Parallel computing; GPU computing; Unstructured meshes; Discontinuous Galerkin method; Mesh adaptation;
An interpolation-free ALE scheme for unsteady inviscid flows computations with large boundary displacements over three-dimensional adaptive grids
Keywords: سازگاری با مش; Mesh adaptation; ALE scheme; Finite volume discretization; Tetrahedral grid; Euler equations;
Degenerate tetrahedra removal
Keywords: سازگاری با مش; Tetrahedral mesh; Mesh quality; Mesh adaptation
Improved adaptive mesh refinement for conformal hexahedral meshes
Keywords: سازگاری با مش; H-refinement; Adaptive meshing; Hexahedral mesh refinement; Conformal mesh; Mesh adaptation; Transition element; Pyramid;
An h-adaptive local discontinuous Galerkin method for the Navier-Stokes-Korteweg equations
Keywords: سازگاری با مش; Local discontinuous Galerkin method; Mesh adaptation; (Non)-isothermal Navier-Stokes-Korteweg equations; Solid wall boundaries; Accuracy and stability;
A posteriori error analysis for finite element solution of one-dimensional elliptic differential equations using equidistributing meshes
Keywords: سازگاری با مش; 65M50; 65M60; 65L50; 65L60; Mesh adaptation; Equidistribution; Error analysis; Finite element method;
The geometry of r-adaptive meshes generated using optimal transport methods
Keywords: سازگاری با مش; Alignment; Anisotropy; Mesh adaptation; Metric tensor; Monge-Ampère;
Quasi-a priori mesh adaptation and extrapolation to higher order using Ï-estimation
Keywords: سازگاری با مش; Mesh adaptation; Truncation error; Error estimation;
An approximation of anisotropic metrics from higher order interpolation error for triangular mesh adaptation
Keywords: سازگاری با مش; Mesh adaptation; Metrics; Interpolation error estimates; Finite elements; Anisotropy
Generalizing the advancing front method to composite surfaces in the context of meshing constraints topology
Keywords: سازگاری با مش; Advancing front; Mesh generation; Mesh adaptation; Composite geometry; Virtual topology; Defeaturing
Automatic off-body overset adaptive Cartesian mesh method based on an octree approach
Keywords: سازگاری با مش; Cartesian mesh; Mesh generation; Mesh adaptation; Octree; Vortical flows; Overset grids; Adaptive Mesh Refinement
Shock capturing schemes with local mesh adaptation for high speed compressible flows on three dimensional unstructured grids
Keywords: سازگاری با مش; Computational fluid dynamics; Shock capturing; Mesh adaptation; Unstructured grids; Solution adaptivity
Local transformations of hexahedral meshes of lower valence
Keywords: سازگاری با مش; Mesh adaptation; Quadrilateral; Hexahedron; Flipping
Automatic structured mesh generation around two-dimensional bodies defined by polylines or PolyC1 curves
Keywords: سازگاری با مش; Mesh generation; Mesh adaptation; Overset grids; Chimera method; Cartesian mesh adaptation
A fully optimal anisotropic mesh adaptation method based on a hierarchical error estimator
Keywords: سازگاری با مش; Mesh adaptation; Hierarchical error estimation; Anisotropic mesh; Optimal mesh; Gradient recovery
A space–time adaptation scheme for unsteady shallow water problems
Keywords: سازگاری با مش; Shallow water equations; Mesh adaptation; Time step adaptation; Recovery based estimator
Error estimation and mesh adaptation for Signorini–Coulomb problems using E-FEM
Keywords: سازگاری با مش; Contact; Friction; Equilibrium finite elements; Error estimator; Mesh adaptation
Conservative interpolation on unstructured polyhedral meshes: An extension of the supermesh approach to cell-centered finite-volume variables
Keywords: سازگاری با مش; Remapping; Supermesh; Conservative interpolation; Mesh adaptation; Finite volume method; Polyhedral meshes
Robust, multidimensional mesh-motion based on Monge–Kantorovich equidistribution
Keywords: سازگاری با مش; Mesh-motion; Mesh adaptation; r-Refinement; Monge–Kantorovich; Monge–Ampère; Grid tangling; Newton–Krylov
3D Metric-based anisotropic mesh adaptation for vortex capture
Keywords: سازگاری با مش; Mesh adaptation; Metric; Vortex capture; Anisotropy; Transport equation; Vorticity
Simulations of multiphase flows with multiple length scales using moving mesh interface tracking with adaptive meshing
Keywords: سازگاری با مش; Moving mesh interface tracking (MMIT); Mesh adaptation; Adaptive mesh refining (AMR); Adaptive mesh coarsening (AMC); Necking thread; Thin film; Length-scale; Arbitrary-Lagrangian–Eulerian (ALE)
Discontinuous Galerkin methods for computational aerodynamics — 3D adaptive flow simulation with the DLR PADGE code
Keywords: سازگاری با مش; Discontinuous Galerkin method; Compressible flows; Turbulent flows; Error estimation; Mesh adaptation
Goal-oriented a posteriori error estimates for transport problems
Keywords: سازگاری با مش; 65N15; 65N50; 76M30; Stationary convection-diffusion equations; The finite element method; A posteriori error estimates; Goal-oriented quantities; Mesh adaptation;
An anisotropic mesh adaptation method for the finite element solution of variational problems
Keywords: سازگاری با مش; Finite element; Variational problem; Anisotropic mesh adaptation; Mesh adaptation
Multiresolution scheme for Time-Dependent Schrödinger Equation
Keywords: سازگاری با مش; Time-dependent Schrödinger equations; Finite difference methods; Mesh adaptation; Laser–molecule interactions
Hybrid mesh smoothing based on Riemannian metric non-conformity minimization
Keywords: سازگاری با مش; Mesh optimization; Mesh adaptation; Element shape; Metric comparison; Boundary orthogonality; Anisotropy
Parallel adaptation of general three-dimensional hybrid meshes
Keywords: سازگاری با مش; Parallel computing; Hybrid meshes; Mesh adaptation; Load balancing; Data structures
Size gradation control of anisotropic meshes
Keywords: سازگاری با مش; Mesh gradation; Anisotropic mesh; Mesh adaptation; Metric; Unit mesh