Keywords: اصل حداکثر گسسته; Stabilized finite element method; Consistent penalty; Positivity preserving; Transport equation; Discrete maximum principle;
مقالات ISI اصل حداکثر گسسته (ترجمه نشده)
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Keywords: اصل حداکثر گسسته; Discrete maximum principle; Sub- and supper-solution; Bifurcation; Lyaponov exponent; Chaos;
Keywords: اصل حداکثر گسسته; 65N12; 65N30; Discrete maximum principle; Convection-diffusion equation; Nonlinear scheme; Local projection stabilisation;
Keywords: اصل حداکثر گسسته; Richards' equation; Discrete maximum principle; Nonlinear finite volume scheme; Unstructured meshes;
Keywords: اصل حداکثر گسسته; Finite elements; Discrete maximum principle; Monotonicity; Shock capturing; Discontinuous Galerkin; Local extrema diminishing;
Keywords: اصل حداکثر گسسته; Finite elements; Discrete maximum principle; Monotonicity; Nonlinear solvers; Shock capturing;
Keywords: اصل حداکثر گسسته; Finite volume method; Discrete maximum principle; Positivity preserving property; Anisotropic diffusion equation; Interpolation method; Unstructured mesh;
Keywords: اصل حداکثر گسسته; Discrete maximum principle; Nonlinear elliptic problem; Finite element method
Keywords: اصل حداکثر گسسته; Coherence enhancing diffusion; Discrete maximum principle; Repair technique; Rotational invariance
Discrete maximum principle for the P1 â P0 weak Galerkin finite element approximations
Keywords: اصل حداکثر گسسته; Weak Galerkin; Finite element methods; Discrete maximum principle; Second order elliptic equations;
Discrete nonnegativity for nonlinear cooperative parabolic PDE systems with non-monotone coupling
Keywords: اصل حداکثر گسسته; Nonlinear parabolic system; Discrete maximum principle; Finite element method; Acute simplicial meshes;
Local nonobtuse tetrahedral refinements around an edge
Keywords: اصل حداکثر گسسته; Finite element method; Nonobtuse tetrahedron; Local refinement; Discrete maximum principle; Edge singularity; Reentrant corner; Mesh adaptivity;
On continuous and discrete maximum principles for elliptic problems with the third boundary condition
Keywords: اصل حداکثر گسسته; Elliptic problem; The third boundary condition; Maximum principle; Discrete maximum principle;
Linearity-preserving flux correction and convergence acceleration for constrained Galerkin schemes
Keywords: اصل حداکثر گسسته; Transport equations; Discrete maximum principle; Linearity preservation; Slope limiting; Flux correction; Anderson acceleration
Nonobtuse local tetrahedral refinements towards a polygonal face/interface
Keywords: اصل حداکثر گسسته; Finite element method; Nonobtuse tetrahedron; Local refinement; Discrete maximum principle; Boundary and interior layers; Interface problem
Analysis of the monotonicity conditions in the mimetic finite difference method for elliptic problems
Keywords: اصل حداکثر گسسته; Mimetic finite differences; Discrete maximum principle; Monotone matrix; M-matrix; Monotone scheme; Mesh refinement
Discrete and continuous maximum principles for parabolic and elliptic operators
Keywords: اصل حداکثر گسسته; Maximum principle; Discrete maximum principle; Stabilization; Matrix splitting; One-step iteration
Discrete maximum principle for parabolic problems solved by prismatic finite elements
Keywords: اصل حداکثر گسسته; 65M60; 65M20; 65M50; 35B50; 35K20Parabolic problem; Maximum principle; Prismatic finite elements; Discrete maximum principle
A monotone finite volume method for advection–diffusion equations on unstructured polygonal meshes
Keywords: اصل حداکثر گسسته; Advection–diffusion equation; Finite volume method; Discrete maximum principle; Monotone method; Unstructured mesh; Polygonal mesh
An interpolation matched interface and boundary method for elliptic interface problems
Keywords: اصل حداکثر گسسته; 65N06; 65N22; 65N50Ghost fluid method; Immersed interface method; Matched interface and boundary; Elliptic interface problems; Finite difference scheme; Discrete maximum principle
An anisotropic mesh adaptation method for the finite element solution of heterogeneous anisotropic diffusion problems
Keywords: اصل حداکثر گسسته; Anisotropic diffusion; Anisotropic coefficient; Discrete maximum principle; Anisotropic mesh generation; Anisotropic mesh adaptation; Finite element; Mesh adaptation
Discrete maximum principle for FE solutions of the diffusion-reaction problem on prismatic meshes
Keywords: اصل حداکثر گسسته; 65N30; 65N50; 35B50; 35J25Diffusion-reaction problem; Maximum principle; Prismatic finite elements; Discrete maximum principle
A constrained finite element method satisfying the discrete maximum principle for anisotropic diffusion problems
Keywords: اصل حداکثر گسسته; 35B50; 35J25; 65N30; 65N22Anisotropic diffusion; Discrete maximum principle; Nonnegativity constraints; Finite element method; Gradient recovery; Slope limiting
On the design of algebraic flux correction schemes for quadratic finite elements
Keywords: اصل حداکثر گسسته; 74S05; 74S10Finite elements; Discrete maximum principle; M-matrix; Flux correction
Sufficient conditions of the discrete maximum–minimum principle for parabolic problems on rectangular meshes
Keywords: اصل حداکثر گسسته; Parabolic problem; Finite element method; Discrete maximum principle; Nonnegativity preservation; Maximum norm contractivity
Discrete maximum principle for the finite element solution of linear non-stationary diffusion–reaction problems
Keywords: اصل حداکثر گسسته; Parabolic problems; Maximum principle; Discrete maximum principle; Bilinear finite elements
On discrete maximum principles for nonlinear elliptic problems
Keywords: اصل حداکثر گسسته; 65N30; 65N50; 35B50; 35J65Nonlinear elliptic problem; Mixed boundary conditions; Discrete maximum principle; Finite element method; Quadratures
Discrete maximum principles for finite element solutions of some mixed nonlinear elliptic problems using quadratures
Keywords: اصل حداکثر گسسته; 35B50; 35J65; 65N30; 65N50Nonlinear elliptic problem; Mixed boundary condition; Discrete maximum principle; Finite element method; Quadratures
Improvements of the Mizukami–Hughes method for convection–diffusion equations
Keywords: اصل حداکثر گسسته; Stabilized FEM; Convection–diffusion; Convection–diffusion–reaction; Petrov–Galerkin method; Discrete maximum principle
Global and local refinement techniques yielding nonobtuse tetrahedral partitions
Keywords: اصل حداکثر گسسته; Elliptic equations; Parabolic equations; Discrete maximum principle; Finite-element method; Nonobtuse tetrahedra; Global and local refinements; Linear tetrahedral finite elements;
Discrete maximum principle for linear parabolic problems solved on hybrid meshes
Keywords: اصل حداکثر گسسته; Parabolic problems; Qualitative properties; Maximum principle; Discrete maximum principle; Finite elements; Hybrid mesh;