Keywords: حفاظت از توده; 35B35; 35B40; 35K57; Reaction-diffusion system; Mass conservation; Equilibrium solution; Asymptotic behavior; Concentration phenomena; Stability;
مقالات ISI حفاظت از توده (ترجمه نشده)
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Keywords: حفاظت از توده; 26A33; 35A05; 35A08; Time-space fractional diffusion equation; Mild solution; Existence and uniqueness; Nonnegativity; Mass conservation; Finite time blow up;
Keywords: حفاظت از توده; Numerical validation; Mass conservation; Reaction-diffusion system; Finite differences method; Mean square displacement;
Keywords: حفاظت از توده; Reduced order model; Proper orthogonal decomposition; Energy balance; Mass conservation;
Keywords: حفاظت از توده; primary; 35L65; secondary; 35R35; Hyperbolic conservation law; Obstacle problem; Mass conservation; Nonlocal parabolic equation; Free boundary problem;
Keywords: حفاظت از توده; Nonlocal convection-diffusion; Mass conservation; Maximum principle; Quadrature-based finite difference; Asymptotically compatible;
Keywords: حفاظت از توده; Overset grids; Incompressible finite-volume solver; Non-conservative coupling; Interpolation algorithm; Mass conservation; Flux correction;
Keywords: حفاظت از توده; Level-set method; Reinitialization; Mass conservation; Parasitic currents;
Keywords: حفاظت از توده; Navier–Stokes; Projection method; Mass conservation; Finite difference
Keywords: حفاظت از توده; Solid-liquid phase change; Melting; Solidification; Variable density; Mass conservation; Thermo-mechanical coupling;
Keywords: حفاظت از توده; Least-squares; Mimetic methods; Spectral element method; Mass conservation
Keywords: حفاظت از توده; Tracer; Advection; Transport; Semi-Lagrangian; Coastal ocean model; Mass conservation
Keywords: حفاظت از توده; Cahn-Hilliard equation; Mass conservation; Navier-Stokes equation; Two-phase fluid flow; Multigrid method;
Keywords: حفاظت از توده; Immersed boundary method; Moving geometry; Pressure fluctuation; Mass conservation; Computational efficiency; Search algorithm
Keywords: حفاظت از توده; Immersed boundary method; Moving boundaries; Mass conservation; Pressure fluctuations
Keywords: حفاظت از توده; Population balance equations; Breakage; Mass conservation; Number preservation;
Keywords: حفاظت از توده; Non-local Allen-Cahn equation; Mass conservation; Finite difference method; Operator splitting method; Fourier spectral method;
Keywords: حفاظت از توده; Patankar schemes; ODE solvers; Stiff ODE's; Mass conservation;
Keywords: حفاظت از توده; Positive definite; Monotonicity; Mass conservation; Semi-Lagrangian; Overset grids; Yin–Yang grid; Sphere; Transport
Keywords: حفاظت از توده; 65M06; 92-08; 92C99Time dependent partial differential equations; Finite difference methods; Velocity-based moving meshes; Mass conservation
Keywords: حفاظت از توده; Reaction system; Model checking; Mass conservation; Conserved set; Conservation dependency graph; Simulator
Keywords: حفاظت از توده; Diffuse interface method; Mass conservation; Lattice Boltzmann flux solver; Multiphase flow; Large density ratio;
Keywords: حفاظت از توده; Liquid atomization; Interface capturing; Level set method; Mass conservation; Swirl atomization;
Keywords: حفاظت از توده; Two-phase flow; Mass conservation; Momentum conservation; Hyperbolic laws
Keywords: حفاظت از توده; Transport equations; Evolving interfaces; Level set methods; Finite elements; Mass conservation; PDE-constrained optimization
Keywords: حفاظت از توده; Evolving interfaces; Level set methods; Finite elements; Mass conservation; Optimal control; PDE-constrained optimization
Keywords: حفاظت از توده; Stokes ice-sheet modeling; Finite element method; Mass conservation
Keywords: حفاظت از توده; Lattice Boltzmann; Multiphase; Axisymmetric; Bubble rising; Mass conservation
Keywords: حفاظت از توده; Two-phase flow; Improved conservative level set; Mass conservation; Finite element method; Two-step Taylor–Galerkin
Keywords: حفاظت از توده; Neutron diffraction; Mass conservation; Shrinkage; Hydroxyapatite precipitation; Fibrils;
Keywords: حفاظت از توده; Multiphase flow; DNS; Discontinuous Galerkin; Conservative level set; Incompressible flow; Mass conservation;
Efficient local energy dissipation preserving algorithms for the Cahn-Hilliard equation
Keywords: حفاظت از توده; Cahn-Hilliard equation; Mass conservation; Local energy dissipation law; Local structure-preserving algorithm; Total energy dissipation law;
A new conservative vector-valued Allen-Cahn equation and its fast numerical method
Keywords: حفاظت از توده; Vector-valued Allen-Cahn equation; Mass conservation; Operator splitting; Linear multigrid;
Numerical modeling of solid-liquid phase change in a closed 2D cavity with density change, elastic wall and natural convection
Keywords: حفاظت از توده; Density extremum; Solid-liquid phase change; Melting; Solidification; Variable density; Mass conservation; Thermo-mechanical coupling;
An unconditionally energy-stable second-order time-accurate scheme for the Cahn-Hilliard equation on surfaces
Keywords: حفاظت از توده; Cahn-Hilliard equation; Laplace-Beltrami operator; Triangular surface mesh; Unconditionally energy-stable; Mass conservation;
An energy preserving finite difference scheme for the Poisson–Nernst–Planck system
Keywords: حفاظت از توده; Poisson–Nernst–Planck system; Finite difference method; Mass conservation; Ion concentration positivity; Energy decay
Characteristic splitting mixed finite element analysis of Keller–Segel chemotaxis models
Keywords: حفاظت از توده; Splitting mixed system; Mass conservation; The method of characteristics; Keller–Segel model665M12; 65M15; 65M60
Mathematical modeling and numerical study of carbonation in porous concrete materials
Keywords: حفاظت از توده; Carbon dioxide-moisture-calcium ion transport; Multi-component flow; Mass conservation; Calcium hydroxide dissolution; Uncoupled finite volume method; Carbonation depth
Mass-conservative reconstruction of Galerkin velocity fields for transport simulations
Keywords: حفاظت از توده; Mass conservation; P1 Galerkin; Finite volume method; Solute transport; Richards' equation; Larson-Niklasson velocity reconstruction; Global mass balance; Local mass balance;
A new MCC–MFE method for compressible miscible displacement in porous media
Keywords: حفاظت از توده; Characteristic finite element; Mixed finite element method; Mass conservation; Compressible miscible displacement; Continuous flux; Error estimates
Transient solution of 3D free surface flows using large time steps
Keywords: حفاظت از توده; Finite elements; ALE; FCBI scheme; Sloshing; Incompressible flows; Mass conservation;
A MCC finite element approximation of incompressible miscible displacement in porous media
Keywords: حفاظت از توده; Characteristic method; Mixed finite element method; Mass conservation; Incompressible miscible displacement; Continuous flux; Error estimate;
Mass preserving discontinuous Galerkin methods for Schrödinger equations
Keywords: حفاظت از توده; DDG method; Schrödinger equation; Numerical flux; Mass conservation; Strang splitting method;
Equation and dynamic boundary condition of Cahn–Hilliard type with singular potentials
Keywords: حفاظت از توده; 35K61; 35K25; 35D30; 35D35; 80A22Cahn–Hilliard system; Dynamic boundary condition; Mass conservation; Well-posedness; Strong solution
A conservative Allen–Cahn equation with a space–time dependent Lagrange multiplier
Keywords: حفاظت از توده; Allen–Cahn equation; Operator splitting; Mass conservation; Multigrid method; Finite difference method
Error analysis and iterative solvers for Navier–Stokes projection methods with standard and sparse grad-div stabilization
Keywords: حفاظت از توده; Navier–Stokes equations; Projection methods; Sparse grad-div stabilization; Mass conservation; Iterative solvers
Computing the dynamics of biomembranes by combining conservative level set and adaptive finite element methods
Keywords: حفاظت از توده; Level set method; Mass conservation; Adaptive finite element method; Helfrich energy; Vesicle dynamics; Fluid mechanics;
A computational framework for conservative, three-dimensional, unsplit, geometric transport with application to the volume-of-fluid (VOF) method
Keywords: حفاظت از توده; Multiphase flow; Geometric transport; Volume-of-fluid; Incompressible flow; Mass conservation; Semi-Lagrangian flux;
Physical based numerical schemes for the discretization of the sediment settling term
Keywords: حفاظت از توده; Sedimentation; Suspension; Mass conservation; Wave breaking; Settling velocity
On a reduced sparsity stabilization of grad–div type for incompressible flow problems
Keywords: حفاظت از توده; Grad–div stabilization; Mass conservation; Navier–Stokes equations; Modified pressure