Keywords: روش های توزیع گسسته; Phonon transport; Phononic crystal nanostructures; Lattice thermal conductivity; Boltzmann transport equation; Discrete ordinates method;
مقالات ISI روش های توزیع گسسته (ترجمه نشده)
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Keywords: روش های توزیع گسسته; Surface reflection; Radiance; BRDF; Discrete ordinates method; Successive over-relaxation;
Keywords: روش های توزیع گسسته; Radiative transfer equation; Six-Flux model; Discrete ordinates method;
Keywords: روش های توزیع گسسته; Turbulence; Radiation; Direct numerical simulation; Discrete ordinates method; Premixed flame;
Keywords: روش های توزیع گسسته; Discrete ordinates method; Finite volume method; Spherical harmonics discrete ordinates method; Forward scattering media; Phase function normalization;
Keywords: روش های توزیع گسسته; Convergence; Discrete ordinates method; Heat transfer; Parallel algorithm; Radiation; Spatial domain decomposition
Keywords: روش های توزیع گسسته; Non-gray media; Natural element method; Discrete ordinates method; SLW model; Irregular enclosures;
Keywords: روش های توزیع گسسته; Radiative transfer; Direct radiation; Anisotropic diffuse radiation; Discrete ordinates method
Keywords: روش های توزیع گسسته; Discrete ordinates method; Discontinuous finite element method; Diamond differencing; Implicit method
Keywords: روش های توزیع گسسته; Radiative transfer; Multi-scale model; Hybrid transport-diffusion model; Monte Carlo method; Discrete ordinates method; Diffusive regime;
Keywords: روش های توزیع گسسته; Discrete ordinates method; Finite volume method; Spatial and angular discretization; Solution accuracy; Solution algorithm; Parallelization strategies;
Keywords: روش های توزیع گسسته; Fast-neutron reactor; Neutronic calculation; Discrete ordinates method; Hexagonal geometry; Difference scheme
Hybrid MPI-communication for the multi-angular SN parallel sweep on 3-D regular grids
Keywords: روش های توزیع گسسته; Discrete ordinates method; Multi-angular sweep; Parallelization; KBA algorithm; Hybrid communication;
Line by line benchmark solutions for radiative heat transfer in 2D irregular enclosures with non-gray media
Keywords: روش های توزیع گسسته; Non-gray media; Natural element method; Discrete ordinates method; LBL model; CK model; Irregular enclosures;
Performance comparisons of the DOM, CCSM, and hybrid CCS-DOM for thermal radiation analysis in one-dimensional cylindrical coordinates
Keywords: روش های توزیع گسسته; Radiative transfer equation; Discrete ordinates method; Spectral method; Cylindrical enclosure; Schur decomposition;
Accurate and efficient computation of the 3D radiative transfer equation in highly forward-peaked scattering media using a renormalization approach
Keywords: روش های توزیع گسسته; Radiative transfer equation; Discrete ordinates method; Highly forward-peaked scattering phase function; Renormalization approach; Double-exponential formula;
AETIUS solutions for Kobayashi 3D benchmarks with the first collision source method on the volume source and unstructured tetrahedral mesh
Keywords: روش های توزیع گسسته; Ray effect; First collision source method; Volume source; Pseudo-point sources; Discrete ordinates method; Unstructured tetrahedral mesh; Kobayashi Benchmark Problems;
Finite-volume ray tracing using Computational Fluid Dynamics in linear focus CSP applications
Keywords: روش های توزیع گسسته; Computational Fluid Dynamics; Radiative transport equation; Discrete ordinates method; Ray tracing; Ray effect; False scattering;
Improved S2 approximations
Keywords: روش های توزیع گسسته; Discrete ordinates method; SN method; Transport theory; Optimized quadrature set;
Study of internal radiation with solute inclusions during Czochralski sapphire crystal growth
Keywords: روش های توزیع گسسته; Internal radiation; Czochralski; Discrete ordinates method; Sapphire; Solute inclusions; Interface shape
Application of high resolution NVD and TVD differencing schemes to the discrete ordinates method using unstructured grids
Keywords: روش های توزیع گسسته; Radiative transfer equation; Discrete ordinates method; Finite volume method; Unstructured grids; High order discretization schemes; Boundedness criteria;
S2SA preconditioning for the Sn equations with strictly nonnegative spatial discretization
Keywords: روش های توزیع گسسته; Strictly nonnegative closure; Discrete ordinates method; Radiation transport; Discontinuous finite elements; Diffusion synthetic acceleration; Jacobian-free Newton Krylov; Matrix-free Picard Krylov; Nonlinear Krylov acceleration
On the relationship between direct and diffuse radiation (II) δ-2N-stream discrete ordinates method
Keywords: روش های توزیع گسسته; Radiative transfer; Direct radiation; Diffuse radiation; Discrete ordinates method;
Melting with convection and radiation in a participating phase change material
Keywords: روش های توزیع گسسته; Phase change; Natural convection; Lattice Boltzmann model; Discrete ordinates method
Study of double-diffusive natural convection and radiation in an inclined cavity using lattice Boltzmann method
Keywords: روش های توزیع گسسته; Numerical simulation; Inclined cavity; Double-diffusive natural convection; Volumetric radiation; Lattice Boltzmann method; Discrete ordinates method;
Global dose rate assessment in ITER diagnostics ports based on the 3-D FEM ATTILA code
Keywords: روش های توزیع گسسته; Fusion neutronics; 3-D nuclear analysis; Dose rates; Activation/transmutations; ITER diagnostics; Discrete ordinates method; CAD modeling; ATTILA code
Comparison of the thermal effects of the transport of a short-pulse laser and a multi-pulse laser through a participating medium
Keywords: روش های توزیع گسسته; Thermal radiation; Short-pulse laser; Participating medium; Finite volume method; Discrete ordinates method
Numerical prediction of heat transfer by natural convection and radiation in an enclosure filled with an isotropic scattering medium
Keywords: روش های توزیع گسسته; Numerical analysis; Heat transfer; Natural convection; Volumetric radiation; Thermal lattice Boltzmann method; Discrete ordinates method;
MRT-lattice Boltzmann computations of natural convection and volumetric radiation in a tilted square enclosure
Keywords: روش های توزیع گسسته; Numerical simulation; Heat transfer; Natural convection; Volumetric radiation; Lattice Boltzmann method; Discrete ordinates method
Solution of the equation of radiative transfer using a Newton–Krylov approach and adaptive mesh refinement
Keywords: روش های توزیع گسسته; Radiation transport; Discrete ordinates method; Finite-volume method; Parallel solution; Numerical modeling; Adaptive mesh refinement
A non-negative moment-preserving spatial discretization scheme for the linearized Boltzmann transport equation in 1-D and 2-D Cartesian geometries
Keywords: روش های توزیع گسسته; Strictly non-negative closure; Discrete ordinates method; Radiation transport; Discontinuous finite elements;
Discrete ordinates method-like transport computation with equivalent group condensation and angle-collapsing for local/global iteration
Keywords: روش های توزیع گسسته; Group condensation; Discrete ordinates method; Angle dependency of the total cross section; Angle-collapsing; Local/global iteration;
Buoyancy-assisted flow reversal and combined mixed convection–radiation heat transfer in symmetrically heated vertical parallel plates: Influence of two radiative parameters
Keywords: روش های توزیع گسسته; Mixed convection; Radiative heat transfer; Vertical parallel plates; Finite volume method; Discrete ordinates method; Flow reversal; Fanning friction coefficient
Combined heat transfer of radiation and natural convection in a square cavity containing participating gases
Keywords: روش های توزیع گسسته; Radiation; Natural convection; Square cavity; Normal room conditions; Discrete ordinates method;
Spatial approximation of the radiation transport equation using a subgrid-scale finite element method
Keywords: روش های توزیع گسسته; Radiative transfer equation; Stabilized finite element methods; SUPG; Orthogonal subscales; Discrete ordinates method
Standard and goal-oriented adaptive mesh refinement applied to radiation transport on 2D unstructured triangular meshes
Keywords: روش های توزیع گسسته; Adaptive mesh refinement; Goal-oriented mesh refinement; Error estimates; Radiation transport; Discontinuous finite element techniques; Discrete ordinates method
Radiative heat transfer during turbulent combustion process
Keywords: روش های توزیع گسسته; Discrete Ordinates Method; Large Eddy Simulation; Radiative heat transfer; Turbulent combustion
A least square finite element formulation of the collimated irradiation in frequency domain for optical tomography applications
Keywords: روش های توزیع گسسته; Radiative transfer equation; Frequency modulation; Finite element method; Discrete ordinates method;
Unsteady coupling of Navier-Stokes and radiative heat transfer solvers applied to an anisothermal multicomponent turbulent channel flow
Keywords: روش های توزیع گسسته; Discrete ordinates method; Direct numerical simulation; Turbulent channel; Non-gray gas radiation;
Interlocked multiplets in anisotropically scattering medium with exponential Planck function
Keywords: روش های توزیع گسسته; 95.30.Jx; 97.10.Ex; Interlocked multiplets; Discrete ordinates method; Anisotropically scattering; Exponential Planck function; Planetary phase function;
Inverse radiation analysis in two-dimensional gray media using the discrete ordinates method with a multidimensional scheme
Keywords: روش های توزیع گسسته; Radiative transfer; Inverse radiation analysis; Conjugate gradient method; Temperature field; Discrete ordinates method;
Development and comparison of different spatial numerical schemes for the radiative transfer equation resolution using three-dimensional unstructured meshes
Keywords: روش های توزیع گسسته; Radiative transfer equation; Spatial discretization schemes; Finite volume method; Discrete ordinates method; Three-dimensional; Unstructured grids;
Thermal analysis of a 2-D heat recovery system using porous media including lattice Boltzmann simulation of fluid flow
Keywords: روش های توزیع گسسته; Lattice Boltzmann method; Porous medium; Discrete ordinates method; Heat recovery
Evaluation of solution methods for radiative heat transfer in gaseous oxy-fuel combustion environments
Keywords: روش های توزیع گسسته; Radiative transfer; Non-gray gas models; Full spectrum k-distribution; Discrete ordinates method; Oxy-fuel combustion; Computational fluid dynamics;
Comparison of light transport models based on finite element and the discrete ordinates methods in view of optical tomography applications
Keywords: روش های توزیع گسسته; Radiative transfer equation; Discrete ordinates method; Finite elements method
Schur-decomposition for 3D matrix equations and its application in solving radiative discrete ordinates equations discretized by Chebyshev collocation spectral method
Keywords: روش های توزیع گسسته; Schur-decomposition; Matrix-diagonalization; Tensor product; Spectral methods; Radiative transfer equation; Discrete ordinates method
A parallel algorithm with interface prediction and correction for spherical geometric transport equation
Keywords: روش های توزیع گسسته; Transport equation; Discrete ordinates method; Spatial domain decomposition; Interface prediction; Interface correction
Theoretical analysis of porous radiant burners under 2-D radiation field using discrete ordinates method
Keywords: روش های توزیع گسسته; Porous radiant burners; Discrete ordinates method; 2-D analysis;
Finite element formulation of the first- and second-order discrete ordinates equations for radiative heat transfer calculation in three-dimensional participating media
Keywords: روش های توزیع گسسته; Finite element method; Discrete ordinates method; Radiative heat transfer; Scattering;
Assessment of the re-ordered wide band model for non-grey radiative transfer calculations in 3D enclosures
Keywords: روش های توزیع گسسته; Radiative transfer; Spectral modelling; Discrete ordinates method;