Keywords: انتقال گرما و حرارت; Double-clad; Fiber; Convection heat transfer; Model; Verification;
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Keywords: انتقال گرما و حرارت; Thermal performance; Convection heat transfer; Crushed-rock interlayer; Expressway; Permafrost; Porous media;
Keywords: انتقال گرما و حرارت; Roughness; Convection heat transfer; Turbulence; Gas turbine;
Keywords: انتقال گرما و حرارت; Phase change material; Thermoelectric generator; Thermal conductivity enhancement techniques; Convection heat transfer; Seebeck effect and waste heat recovery; Electric vehicles;
Keywords: انتقال گرما و حرارت; Supercritical fluid; Convection heat transfer; Correlations; Uncertainty;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Large-eddy simulation method; Perforated fin; Reynolds averaged Navier-Stokes equation; Turbulent flow;
Keywords: انتقال گرما و حرارت; Cross flow heat exchanger; Ansys-fluent; Effectiveness; Taguchi method; Convection heat transfer; Tubular routers;
Keywords: انتقال گرما و حرارت; Thin film evaporation; Ultrasonic vibration; Convection heat transfer; Thin film instability;
Keywords: انتقال گرما و حرارت; Open-cell foams; Convection heat transfer; Developing thermal flow; CFD numerical analysis;
Keywords: انتقال گرما و حرارت; Supercritical fluid; Convection heat transfer; Heat transfer correlation; Buoyancy force; Thermally induced acceleration; Probability density function;
Keywords: انتقال گرما و حرارت; Constructal design; Semicircular heat generating body; T-shaped morphing fins; Thermal energy removal; Convection heat transfer; Exhaustive search; Genetic algorithm;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Wind; PV panel; Tilt angle; Empirical correlation; Numerical study;
Keywords: انتقال گرما و حرارت; Lattice Boltzmann method; Non-orthogonal MRT model; Convection heat transfer; Porous media; Generalized non-Darcy model; Hybrid approach;
Keywords: انتقال گرما و حرارت; Lattice Boltzmann method; Solid-liquid phase change; Porous media; Convection heat transfer; Effective total enthalpy energy equation;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Supercritical carbon dioxide; Buoyancy; Acceleration;
Keywords: انتقال گرما و حرارت; Impinging jets; Stagnation region heat transfer; Convection heat transfer; Integral method;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Transient; Helium; Decreasing flow rate; Flow decay time; Horizontal cylinder; VHTR;
Keywords: انتقال گرما و حرارت; Alkali liquid metals; Lead-bismuth eutectic; Fully developed Nu; Convection heat transfer; Experimental data and correlations; Bundles of heated tubes/rods;
Keywords: انتقال گرما و حرارت; Nanofluid; Magnetohydrodynamic; Ferrohydrodynamic; Numerical method; Convection heat transfer; Analytical method;
Keywords: انتقال گرما و حرارت; Vertical flow sinter cooling device; Sinter layer; Convection heat transfer; Pressure drop;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Elliptical; Liquid jet impingement; Nanofluid; Tangential heat sink;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Rock fracture; Surface roughness; Heat transfer correlation; Local heat transfer intensity;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Tightly arrayed rod bundle; Twist-vane spacer grid; Enhancement;
Keywords: انتقال گرما و حرارت; Open cavity; Convection heat transfer; Surface radiation; Constant heat flux; Tilt angle and emissivity;
Keywords: انتقال گرما و حرارت; Nanofluids; Thermal conductivity; Convection heat transfer; Ethylene glycol; Nanoparticles;
Keywords: انتقال گرما و حرارت; Microchannel; Minichannel; Nanofluids; Thermal conductivity; Convection heat transfer; Energy efficiency;
Keywords: انتقال گرما و حرارت; Metal foams; Convection heat transfer; Pressure drop; Strut shape effect;
Keywords: انتقال گرما و حرارت; Transport membrane condenser; Condensation; Convection heat transfer; Heat transfer enhancement
Keywords: انتقال گرما و حرارت; Isothermal chamber; Porous media; Convection heat transfer; Isothermal characteristic;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Specially designed periodicity; Unsteady impinging jet; Frequency; Heat transfer enhancement
Keywords: انتقال گرما و حرارت; Convection heat transfer; Local thermal non-equilibrium; Metal foam; Thermal performance;
Keywords: انتقال گرما و حرارت; Local flow blockage structure; Supercritical hydrocarbon fuel; Cooling panel; Convection heat transfer; Numerical study
Keywords: انتقال گرما و حرارت; Convection heat transfer; Rotating horizontal cylinder; Still air
Keywords: انتقال گرما و حرارت; Plate heat exchanger; Convection heat transfer; Properties; Buoyancy;
Keywords: انتقال گرما و حرارت; Convection heat transfer; Microchannels; Electronics cooling; High heat flux; Design optimization; Conjugate heat transfer;
Keywords: انتقال گرما و حرارت; Lattice Boltzmann model; Multiple-relaxation-time; Porous media; Generalized model; Convection heat transfer;
Keywords: انتقال گرما و حرارت; Two-phase flow; Nanofluid flow; Convection heat transfer; Thermopheric diffusion; Internal heat generation/absorption; Dual solutions;
Keywords: انتقال گرما و حرارت; Computational fluid dynamics; Convection heat transfer; Corrugated channel; Partially porous channel; Direct methanol fuel cells;
Keywords: انتقال گرما و حرارت; Methyldiethanolamine; Nanofluids; Thermal conductivity; Convection heat transfer
Keywords: انتقال گرما و حرارت; Microfluidics; Micro-channel; Slipping flow; Shear stress power; Shear work; Convection heat transfer; Thermal boundary condition;
Experimental investigation of the flow and heat transfer instabilities in n-decane at supercritical pressures in a vertical tube
Keywords: انتقال گرما و حرارت; Supercritical pressure fluids; Hydrocarbon fuels; Convection heat transfer; Flow instabilities;
Convection heat transfer of alkali liquid metals and LBE in hexagonal bundles of uniformly heated tubes with helical spacers
Keywords: انتقال گرما و حرارت; Alkali liquid metals; Lead-bismuth eutectic; Helical spacers; Nusselt number (Nu) data and correlations; Central subchannel and bundle average; Convection heat transfer; Hexagonal bundles;
Thermophysical properties and convection heat transfer behavior of ionic liquid [C4mim][NTf2] at medium temperature in helically corrugated tubes
Keywords: انتقال گرما و حرارت; Ionic liquid; Thermophysical properties; Medium temperature; Convection heat transfer; Helically corrugated tube; Multi-objective optimization;
Constructal design of T-shaped morphing fins coupled with a trapezoidal basement: A numerical investigation by means of exhaustive search and genetic algorithm
Keywords: انتقال گرما و حرارت; Constructal design; Trapezoidal solid body; T-shaped fins; Thermal energy removal; Convection heat transfer; Exhaustive search; Genetic algorithm;
The characteristics of convective heat transfer in microchannel heat sinks using Al2O3 and TiO2 nanofluids
Keywords: انتقال گرما و حرارت; Nanofluids; Microchannel heat sink; Convection heat transfer; Infrared Thermal Camera
A modified lattice Bhatnagar-Gross-Krook model for convection heat transfer in porous media
Keywords: انتقال گرما و حرارت; Lattice Bhatnagar-Gross-Krook; Numerical stability; Generalized model; Convection heat transfer; Porous media;
Turbulent heat transfer characteristics in a circular tube and thermal properties of n-decane-in-water nanoemulsion fluids and micelles-in-water fluids
Keywords: انتقال گرما و حرارت; Nanoemulsion; Nanofluid; Convection heat transfer; Turbulence; Friction factor; Micelle
Experimental investigation of convection heat transfer of n-decane at supercritical pressures in small vertical tubes
Keywords: انتقال گرما و حرارت; Hydrocarbon fuel; Supercritical pressure; n-Decane; Convection heat transfer; Experiments;
Constructal design of T-shaped assemblies of fins cooling a cylindrical solid body
Keywords: انتقال گرما و حرارت; Constructal design; Cylindrical solid body; T-shaped assembly of fins; Heat removal; Convection heat transfer;
Lattice Boltzmann method for rarefied channel flows with heat transfer
Keywords: انتقال گرما و حرارت; Lattice Boltzmann equation; Non-continuum; Microchannel; Convection heat transfer