Keywords: تولید گرما; Battery thermal management system (BTMS); Li-ion battery module; Battery temperature; Heat generation; Transient three-dimensional CFD study;
مقالات ISI تولید گرما (ترجمه نشده)
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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: تولید گرما; Ultrasonic welding; Polymer welding; Weld strength; Heat generation; Artificial neural network;
Keywords: تولید گرما; Lithium-ion cell; State of health; Temperature variation rate; Entropy change; Heat generation;
Keywords: تولید گرما; Friction stir welding; Ultrasonic vibration; Ultrasonic induced friction reduction; Friction coefficient; Heat generation; Numerical analysis;
Keywords: تولید گرما; Tangent hyperbolic fluid; MHD; Thermal stratification; Heat generation; Shooting method;
Keywords: تولید گرما; Lithium-ion battery; Large capacity; Heat generation; Accelerating rate calorimeter; Adiabatic condition;
Keywords: تولید گرما; Fly ash; Carbide lime; Sodium hydroxide; Heat generation; Mechanical properties;
Keywords: تولید گرما; Friction stir welding; Interfacial friction stress; Heat generation; Plastic material flow; CFD model;
Keywords: تولید گرما; Friction stir welding; Threaded pin; Numerical analysis; Material flow; Heat generation; Temperature field;
Keywords: تولید گرما; Isothermal calorimeter; Energy storage; Pseudocapacitors; Supercapacitors; Thermal management; Heat generation;
Keywords: تولید گرما; Battery thermal management system (BTMS); Li-ion Battery module; Battery temperature; Heat generation; Transient three-dimensional CFD study;
Keywords: تولید گرما; Photovoltaics; PV cell efficiency; Heat generation; Electrical yield; Finite difference method; Multi-physics modeling;
Keywords: تولید گرما; Bone drilling; Thrust force; Torque; Temperature; Heat generation; Bone drilling parameters;
Keywords: تولید گرما; Heat generation; Agitating drum; Friction; Granular flows; DEM-CFD;
Keywords: تولید گرما; Mixed convection; Permeable circular cylinder; Aiding/opposing buoyancy; Heat generation; Recirculating wake;
Keywords: تولید گرما; Angular contact ball bearing; Non-uniform preload; Heat generation; Thermal characteristics;
Keywords: تولید گرما; Anaerobic digestion; Biogas power generation; Biomass gasification; Biomethane; Energy sources; Energy vectors; Heat generation; Lignocellulosic energy production; Power generation; Renewable energy; Syngas production;
Keywords: تولید گرما; Carbon nanotube; Carbon fiber; Cementitious composite; Heat generation; Electrical resistance;
Keywords: تولید گرما; Convection; Porous; Nonequilibrium; Heat generation; Reactor safety;
Keywords: تولید گرما; Transient convection; Heat generation; Nanofluid; Thermal non-equilibrium; Porous media;
Keywords: تولید گرما; Lithium-ion battery; Heat generation; Electrochemical-thermal couple; Discharge rate; Temperature;
Keywords: تولید گرما; Third grade nanofluid; Brownian movement; Thermophoresis; Rotating stretchable disk; Heat generation; Chemical reaction;
Keywords: تولید گرما; Porous longitudinal fins; Heat generation; Roseland model; Least squares method;
Keywords: تولید گرما; Rotary friction welding; Initial stage; Analytical model; Heat generation; Temperature;
Keywords: تولید گرما; Heat generation; Superconducting lead; Electron-phonon interaction;
Keywords: تولید گرما; Spin valve; Heat generation; Spin accumulation; Joule heating; Spin-coupled interface resistance;
Keywords: تولید گرما; Inverse problem; Heat generation; Gas-saturated porous media; Short-pulse laser; Dual-phase-lag;
Keywords: تولید گرما; Fruit juice; Voltage gradient; Electrical conductivity; Heat generation;
Keywords: تولید گرما; Thermal radiation; Convective cooling; Reactive fluid; Hydromagnetic; Padé approximation technique; Heat generation; Porous medium;
Keywords: تولید گرما; Lithium-ion battery; Extreme fast charging; Battery thermal efficiency; Battery thermal management; Cell thermal design; Heat generation;
Keywords: تولید گرما; Wood pellet; Coal; Heat generation; Life cycle assessment;
Keywords: تولید گرما; Three-line circuit; Normal and common modes; New circuit theory; Electromagnetic noise; Heat generation;
Keywords: تولید گرما; Solid oxide fuel cell; Heat transfer; Heat generation; Thermal resistance; Modeling;
Keywords: تولید گرما; Heat generation; Superconductor; Spin-flip; Quantum dot; Ferromagnetic e-ph coupling;
Keywords: تولید گرما; Acoustic softening effect; Thermal-mechanical analysis; Plastic deformation; Heat generation; Structure deformation;
Keywords: تولید گرما; Transient model; Friction stir welding; Heat generation; Material flow; Heat transfer;
Keywords: تولید گرما; Non-Newtonian Jeffrey's fluid model; Semi-infinite vertical plate; Deborah number; Heat generation; Thermal radiation; Retardation time;
Keywords: تولید گرما; Power matching; Dissipation strategy; Motorized spindle unit; Heat generation; Thermal error;
Keywords: تولید گرما; Natural convection; Nanofluid; Hydromagnetic flow; Heat generation; Finite difference;
Keywords: تولید گرما; Lithium ion battery safety; Li(NixCoyMnz)O2; Nickel content; Heat generation; Thermal stability;
Keywords: تولید گرما; Copper-water nanofluid; Curved channel; First order velocity slip conditions; Heat generation; Mixed convection;
Keywords: تولید گرما; Conjugate heat transfer; Enclosure; Solid body; Heat generation; Nanofluid;
Keywords: تولید گرما; Heat generation; Igneous rocks; Heat producing elements; Continental lithosphere; Seismic velocity; Density;
Keywords: تولید گرما; Lithium-ion battery; Heat generation; Temperature distribution; Thermal management;
Keywords: تولید گرما; Cancer; Nanoparticle; Ultrasound; Sonosensitizer; Heat generation
Keywords: تولید گرما; Hydromagnetic flow; Jeffrey fluid; Nanoparticles; Thermal radiation; Heat generation
Keywords: تولید گرما; heat generation; infrared thermography; implant site preparation; dental implants; bone surgery;
Keywords: تولید گرما; Nanofluid; MHD; Urved stretching surface; Thermal radiation; Heat generation; Numerical solution;
Keywords: تولید گرما; Temperature dependent thermal properties; Convection-radiation; Moving fins; Heat generation; Optimal; Differential Transformation Method (DTM);
Keywords: تولید گرما; Power-law fluid; Marangoni convection; Porous medium; Heat generation; Homotopy analytical method