Keywords: فوم های فلزی; Metal foams; Logistic regression; Generalized linear models; Design of Experiments (DoE);
مقالات ISI فوم های فلزی (ترجمه نشده)
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Keywords: فوم های فلزی; Metal foams; Homogenization; Representative unit-cells; Kelvin Structure; Weaire-Phelan Structure;
Keywords: فوم های فلزی; Automotive waste heat recovery; Thermoelectric generators; Metal foams;
Keywords: فوم های فلزی; Metal foams; Sandwich plate; Buckling; Ferrofluid; Analytical description and solution; Magnetic field;
Keywords: فوم های فلزی; Heat sink; Thermal performance; Electronic cooling; Thermal management; Metal foams;
Keywords: فوم های فلزی; Modularized thermal storage unit; Metal foams; Paraffin; Effective thermal conductivity; Series-parallel model; Continuous thermal storage;
Keywords: فوم های فلزی; Metal foams; Sandwich beams; Deflections; Stresses, analytical description and solution; Nonlinear hypotheses;
Keywords: فوم های فلزی; Metal foams; Steel hollow sphere assemblies; Compression testing; Crush band propagation;
Keywords: فوم های فلزی; Metal foams; Sandwich beams; Vibration; Analytical description and solution; Unstable regions;
Keywords: فوم های فلزی; Microreactor; Methanol steam reforming; Catalyst support; Metal foams; Hydrogen production;
Keywords: فوم های فلزی; Metal foams; Pressure drop; Heat transfer coefficient; Heat exchanger;
Keywords: فوم های فلزی; Natural convection; Porous media; Metal foams; Heat transfer enhancement; Experimental; Empirical correlation; Convection naturelle; Milieux poreux; Mousses métalliques; Amélioration du transfert de chaleur; Expérimentation; Corrélation empirique;
Keywords: فوم های فلزی; Heat exchanger; Compound enhancement; Metal foams; Rotation; Overall performance;
Keywords: فوم های فلزی; Turbulent flow; Partially porous channel; Metal foams; Heat transfer
Keywords: فوم های فلزی; Metal foams; Porous media; Analytical modelling; Flow; Microstructure; Permeability
Keywords: فوم های فلزی; Phase field method; Phase change heat transfer; Metal foams; Thermal energy storage;
Keywords: فوم های فلزی; Metal foams; Catalysis; Catalyst supports; Reactors; SMR
Keywords: فوم های فلزی; Metal foams; Convection heat transfer; Pressure drop; Strut shape effect;
Keywords: فوم های فلزی; Metal foams; Effective thermal conductivity; Empirical models; Analytical models; Constants calibration;
Keywords: فوم های فلزی; Metal foams; Liquid cooled; Heat sink;
Keywords: فوم های فلزی; Microtomography; Metal foams; Pore scale simulation; Pressure drop; Heat transfer coefficient; Forced air convection; Electronics cooling;
Keywords: فوم های فلزی; Thermal storage; Phase change materials; Metal foams; Local thermal non-equilibrium; Effective thermal conductivity;
Keywords: فوم های فلزی; Metal foams; Image analysis; Random fields; Apparent properties; Stochastic homogenization
Keywords: فوم های فلزی; Microstructured materials; Digital material representation; Finite element modelling; Material properties; Metal foams;
Keywords: فوم های فلزی; Phase change materials; Metal foams; Melting; Visual experiment; Lattice Boltzmann method;
Keywords: فوم های فلزی; Radiative heat transfer; Metal foams; Modeling; Radiative conductivity; Porosity;
Keywords: فوم های فلزی; Silica aerogel; Metal foams; Sol–gel; Catalysts; Dynamic Vapor Sorption (DVS); Microstructure; Diffusion coefficients
Keywords: فوم های فلزی; Metal foams; Strut diameter; Porosity; Effective thermal conductivity; Solid and fluid phase conductivity;
Keywords: فوم های فلزی; Contact angle; Porous copper fiber sintered sheet; Metal foams; Porosity; Sintering parameters;
Keywords: فوم های فلزی; Direct steam generation system; Parabolic trough collector; Metal foams; Enhancing heat transfer;
Keywords: فوم های فلزی; Machining; Metal Foams; Computed Tomography; Surface Integrity
Geometrical and mechanical properties of polyamide PA 12 bonds in composite advanced pore morphology (APM) foam structures
Keywords: فوم های فلزی; Metal foams; Composites; Adhesive bonds; Geometry evaluation; Mechanical testing;
Regular ArticleOccurrence of the Portevin Le-Châtelier effect in open-cell microcellular Al-2 wt% Mg
Keywords: فوم های فلزی; Portevin Le-Châtelier effect; Metal foams; Strain rate sensitivity; Acoustic methods; Plastic deformation;
CFD study on thermal transport in open-cell metal foams with and without a washcoat: Effective thermal conductivity and gas-solid interfacial heat transfer
Keywords: فوم های فلزی; Catalytic reactor; Metal foams; Washcoat; Thermal transport property; Process intensification;
Evaluation of mechanical properties under quasi-static compression of open-cell foams of 6061-T6 Al alloy fabricated by pressurized salt infiltration casting method
Keywords: فوم های فلزی; Metal foams; 6061-T6 Al alloy; Pressurized infiltration; X-ray tomography; Quasi-static compression;
Compressive properties of Al-Si-SiC composite foams at elevated temperatures
Keywords: فوم های فلزی; Metal matrix composites; Metal foams; Ceramic particle; High temperature; Compressive behaviors;
Electrodeposited Re-promoted Ni foams as a catalyst for the dry reforming of methane
Keywords: فوم های فلزی; Methane reforming; Electrodeposition; Metal foams
Lattice Boltzmann simulation on phase change heat transfer in metal foams/paraffin composite phase change material
Keywords: فوم های فلزی; Latent heat storage; Metal foams; Phase change material; Performance enhancement;
High resolution X-ray microtomography-based CFD simulation for the characterization of flow permeability and effective thermal conductivity of aluminum metal foams
Keywords: فوم های فلزی; Metal foams; Microtomography; Pore-scale CFD; Permeability; Effective thermal conductivity
Performance evaluation of tubular aluminum foam heat exchangers in single row arrays
Keywords: فوم های فلزی; Metal foams; Heat exchangers; Condensers; Cooling towers; Crossflow; Geothermal;
Experimental and numerical determination of effective thermal conductivity of open cell FeCrAl-alloy metal foams
Keywords: فوم های فلزی; Effective thermal conductivity; Metal foams; Transient plane source technique; Thermal lattice-Boltzmann method; Computer tomography images
High resolution microtomography-based CFD simulation of flow and heat transfer in aluminum metal foams
Keywords: فوم های فلزی; Metal foams; Microtomography; Pore-scale CFD; Permeability; Effective thermal conductivity; Heat transfer coefficient;
Effect of homogenizing heat treatment on the compressive properties of closed-cell Mg alloy foams
Keywords: فوم های فلزی; Metal foams; Heat treatment; Compressive property; Magnesium alloys;
The effect of cold rolling on the foaming efficiency of aluminium precursors
Keywords: فوم های فلزی; Metal foams; Aluminium alloy; Cold rolling; Foamability; Foaming efficiency
Mechanical properties of sinter-hardened Cr–Si–Ni–Mo based steel foam
Keywords: فوم های فلزی; Metal foams; Sinter-hardening; Energy absorption; Space holder; Powder metallurgy
An effectiveness study of enhanced heat transfer in phase change materials (PCMs)
Keywords: فوم های فلزی; Phase field method; Phase change materials (PCMs); Metal foams; Effectiveness study
Oxidation of CO and CH4 on Pd–Fecralloy foam catalysts prepared by spontaneous deposition
Keywords: فوم های فلزی; Catalytic combustion; Galvanic displacement; Metal foams; Structured catalysts
Convection heat transfer from aluminium and copper foams in a vertical channel - An experimental study
Keywords: فوم های فلزی; Foam thickness; Metal foams; Permeability; Enhancement ratio; Vertical channel; Porous media;
Air forced convection through metal foams: Experimental results and modeling
Keywords: فوم های فلزی; Metal foams; Forced convection; Heat transfer; Pressure drop
Heat transfer properties of metal foam supports for structured catalysts: Wall heat transfer coefficient
Keywords: فوم های فلزی; Metal foams; Sponges; Heat transfer; Process intensification; Optimized supports; Structured reactors