Keywords: رسانش گرما; Inverse problems; Inverse method; Heat conduction; Control volume method; Diagnostic system;
مقالات ISI رسانش گرما (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: رسانش گرما; Heat conduction; Heat source; Thermal camouflage; Thermal metamaterial;
Keywords: رسانش گرما; Heat conduction; Heat convection; Heat flux gage; Thermal radiation;
Keywords: رسانش گرما; Heat conduction; Camouflage; Sensor-misleading; Many-particle structure;
Keywords: رسانش گرما; Ethylene glycol; Associate liquid; Thermal conductivity; Heat conduction; Molecular simulation;
Keywords: رسانش گرما; Oxide materials; Anisotropy; Heat capacity; Heat conduction; Calorimetry; Thermal analysis;
Keywords: رسانش گرما; Heat conduction; Effective axial thermal conductivity; Transformer cores; Multi-stacked material; Contact pressure;
Keywords: رسانش گرما; Constructal theory; Constructal design; Genetic algorithms; Heat conduction; Conductive pathway;
Keywords: رسانش گرما; Heat conduction; Fractional derivative; Constitutive model; Numerical method; Relaxation parameter;
Keywords: رسانش گرما; Functionally graded materials; Gradient parameter; Hybrid numerical method; Heat conduction;
Keywords: رسانش گرما; Entropy generation; Heat conduction; Mathematical inequalities; Second law of thermodynamics;
Keywords: رسانش گرما; Heat conduction; Transient state; Temperature-dependent thermophysical properties; Element differential method;
Keywords: رسانش گرما; Heat conduction; Boundary element method; Radial integration method (RIM); Radial integration polygonal boundary element method (RIPBEM);
Keywords: رسانش گرما; Recycling industry; Scrap metal; Material sorting; Thermal conductivity; Heat conduction;
Keywords: رسانش گرما; Thermoelastic vibrations; Elliptic annulus plate; Elastic supports; Heat conduction; Thermal stresses; Integral transform;
Keywords: رسانش گرما; Heat conduction; Thin-wall plate; Temperature field reconstruction; Modal expansion; Machining;
Keywords: رسانش گرما; Optimization; Heat conduction; Variational method; Thermal conductivity distribution; Average temperature; Quadratic temperature gradient;
Keywords: رسانش گرما; Inverse problems; Inverse method; Heat conduction; Control volume method; Diagnostic system;
Keywords: رسانش گرما; Laser ablation plasma thruster; Heat conduction; Plume expansion; Ionization;
Keywords: رسانش گرما; Thermoelectric cooler; Thomson effect; Transient thermoelectric cooling; Heat conduction; Superposition technique; Analytical solution;
Keywords: رسانش گرما; Heat conduction; Backward conduction; Ill-posed problem; Homotopy iteration; Convergence; Error bounds; Numerics;
Keywords: رسانش گرما; Boundary knot method; Domain decomposition method; Extended precision arithmetic; Meshless; Heat conduction; Slender functionally graded materials;
Keywords: رسانش گرما; Turbulent natural convection; Surface radiation; Heat conduction; Local heater; Solid walls; Finite difference method;
Keywords: رسانش گرما; Multilayered materials; Heat conduction; Frequency response functions; Moving heat flux;
Keywords: رسانش گرما; Average source boundary node method (ASBNM); Completely regularized boundary integral equation (CRBIE); Average source technique (AST); Heat conduction; Anisotropic media;
Keywords: رسانش گرما; Unsteady-state exergy analysis; Numerical exergy solution; Heat conduction; Warm and cool exergy; Entropy generation; Exergy consumption;
Keywords: رسانش گرما; Heat conduction; Volume-to-point problem; Tree structures; Lamellar needle structures; Topology optimization;
Keywords: رسانش گرما; Entropy production rate; Heat conduction; Memory behavior; Irreversible thermodynamics; Boltzmann-Gibbs-Shannon (BGS) statistical mechanics;
Keywords: رسانش گرما; Carbon fiber reinforced polymers (CFRPs); Electrical discharge machining (EDM); Material removal mechanism; Heat conduction; Joule heat; Jetting force; Oxidation reaction;
Keywords: رسانش گرما; Food safety; Heat conduction; Numerical solution; Complex geometries; Simulation; Thermal diffusivity;
Keywords: رسانش گرما; Topology optimization; Heat conduction; Volume-to-point problem; Infrared thermography; Method of moving asymptotes; Solid isotropic material with penalization (SIMP);
Keywords: رسانش گرما; Non-Fourier; Heat conduction; Phase lag; Finite element; Ultrashort; Pulse laser;
Keywords: رسانش گرما; Discrete element method; Heat conduction; Friction heat; Numerical simulation;
Keywords: رسانش گرما; Fuzzy uncertainty propagation; Heat conduction; Legendre polynomial series; Collocation technology; Smolyak algorithm;
Keywords: رسانش گرما; Heat conduction; Effective conductivity; Integral equations; Boundary-element method;
Keywords: رسانش گرما; Heat conduction; Dual-phase-lag model;
Keywords: رسانش گرما; Thermal analysis; Heat conduction; Electrical cables and wires; Ampacity; Electrical resistivity;
Keywords: رسانش گرما; Heat conduction; Composite walls; High-temperature applications; Python code;
Keywords: رسانش گرما; Entransy dissipation; Entropy production; Least action principle; Heat conduction; Optimization;
On a Multi-Physics Modelling Framework for Thermo-elastic-plastic Materials Processing
Keywords: رسانش گرما; elasticity; heat conduction; Ishlinsky-Ivlev's yield condition; maximum reduced stress; plasticity; residual strain; thermal stress;
Keywords: رسانش گرما; Microchannels; Nanofluids; Laminar flow; Flow resistance; Heat conduction;
Keywords: رسانش گرما; Time differential dual-phase-lag model; Heat conduction; Delay times; Stability systems; Thermodynamic compatibility; 74F05; 80A20;
Keywords: رسانش گرما; Additive manufacturing; Heat conduction; Heterogeneous medium; Packed bed; Radiative transfer;
Keywords: رسانش گرما; Electromagnetic heating; High frequency waves; Heat conduction; Oil sands; Forward model; Analytical solutions;
Keywords: رسانش گرما; Constructal optimization; 'Volume-to-point' problem; Heat conduction; Evolutionary algorithm;
Keywords: رسانش گرما; Heat conduction; Composite media; Multilayer cylinders; Analytical solutions; Laplace transform; Distributed transfer function method;
Keywords: رسانش گرما; Multiphase changes; Heat conduction; Analytical solution; Coiling process;
Keywords: رسانش گرما; Half-boundary method; Heat conduction; Finite volume method;
Keywords: رسانش گرما; Model; Thermal conductivity; Nanofluids; Nanorod; Heat conduction; Interfacial layer;
Keywords: رسانش گرما; Element differential method; EDM; Shape functions; Isoparametric elements; Heat conduction;