Keywords: انبساط حرارتی; Unsteady droplet combustion; Thermal expansion; Microgravity;
مقالات ISI انبساط حرارتی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: انبساط حرارتی; Floating ice; Thermal expansion; Plate; Creep; Buckling; Ice-structure interaction;
Keywords: انبساط حرارتی; Wood plastic composite; Sandwich structure; Reinforcement; Mechanical strength; Creep; Thermal expansion;
Keywords: انبساط حرارتی; Rare-earth disilicates; Thermal/environmental barrier coating; Thermal expansion; Phonon anharmonicity; Density functional theory;
Keywords: انبساط حرارتی; Thermal expansion; Elastic properties; Fission products; Porosity; Thorium dioxide; Molecular dynamics;
Keywords: انبساط حرارتی; Density; Dielectric constant and loss; Mechanical strength; Porosity; Thermal expansion; Densidad; Constante y pérdida dieléctrica; Resistencia mecánica; Porosidad; Expansión térmica;
Keywords: انبساط حرارتی; Lattice cylindrical shell; Thermal expansion; Finite element analysis;
Keywords: انبساط حرارتی; Dickite; In-situ X-ray diffraction; Dehydroxylation; Phase transformation; Thermal expansion; Thermal structure;
Keywords: انبساط حرارتی; Composite materials; Anisotropy; Thermal expansion; Molecular dynamics simulations;
Keywords: انبساط حرارتی; (Sub-)micrometer-thin polymer membrane; Biomimetic film properties; Thermal expansion; Organic molecular beam deposition; Spectroscopic ellipsometry; Atomic force microscopy-based nano-indentation;
Keywords: انبساط حرارتی; Thermal expansion; Composite; Symmetric structure; Unit cell; Numerical prediction;
Keywords: انبساط حرارتی; Accident tolerant fuel; In-situ neutron diffraction; Thermal expansion; Uranium silicide; Phase transformation;
Keywords: انبساط حرارتی; Thermo-visco-elasticity; Norton-Hoff-type; Galerkin approximation; Thermal expansion; Monotonicity method;
Keywords: انبساط حرارتی; Solar energy; Parabolic-trough collector; Receiver tube; Intercept factor; Ray-tracing; Thermal expansion;
Keywords: انبساط حرارتی; Aluminum dross waste; Rutile ore; AT-MT (Al2TiO5-MgTi2O5); Thermal expansion; Microcracks;
Keywords: انبساط حرارتی; Density; Viscosity; Refractive index; Surface tension; Thermal expansion; Ammonium base ionic liquids;
Keywords: انبساط حرارتی; Thermoresistivity; Carbon nanotubes; Polymer nanocomposites; Tunneling effect; Thermal expansion;
Keywords: انبساط حرارتی; Thermal expansion; X-ray difractometry; Ceramics; NZP family; Langbeinite-type family;
Keywords: انبساط حرارتی; Cordierite; Young's modulus; Thermal expansion; Hysteresis; Inverse analysis; Cohesive finite elements; Interfacial strength;
Keywords: انبساط حرارتی; Metal matrix composites; Interface; Matrix-alloying; Tensile strength; Thermal expansion;
Keywords: انبساط حرارتی; Metal matrix nanocomposite; Carbon nanotube; Thermal expansion; Agglomeration; Micromechanics;
Keywords: انبساط حرارتی; Thermal expansion; Three-dimensional lattices; Mechanical metamaterials; Structural efficiency;
Keywords: انبساط حرارتی; Anomalous thermodynamic properties; Lattice dynamics; Inelastic neutron scattering; Phonon; Phonon dispersion relation; Phonon density of states; Negative thermal expansion; Thermal expansion; Specific heat; Equation of state;
Keywords: انبساط حرارتی; Thermal diode; Thermal rectification; Thermal conductivity; Thermal expansion;
Keywords: انبساط حرارتی; Thermal expansion; Thermal conductivity; Quasiharmonic approximation; Boltzmann transport equation;
Pressure-dependence of the phase transitions and thermal expansion in zirconium and hafnium pyrovanadate
Keywords: انبساط حرارتی; Thermal expansion; Phase transitions; Thermoelastic properties; Zirconium pyrovanadate;
Keywords: انبساط حرارتی; Cordierite; Anorthite; Ceramic composite; Thermal expansion;
Keywords: انبساط حرارتی; Digital image correlation; Polymer-matrix composites (PMCs); Residual strain; Thermal expansion; Elevated temperature testing;
On the polarization loss induced by thermal expansion in solid oxide fuel cells
Keywords: انبساط حرارتی; Thermal expansion; Diffusivity; Concentration polarization; Solid oxide fuel cells;
Keywords: انبساط حرارتی; Optical diffraction; Thermal expansion; Lumped approximation; Laser energy coupling;
Keywords: انبساط حرارتی; Waste management; Sintering; Thermal expansion; Microstructure; Porcelain tile;
Electrochemical investigations of cobalt-free perovskite cathode material for intermediate temperature solid oxide fuel cell
Keywords: انبساط حرارتی; Cathode; Perovskite; Natural gas; Thermal expansion; Area specific resistance;
Keywords: انبساط حرارتی; Bi-material lattices; Thermal expansion; Curved rib; Welded joints; Bonded joints; Finite element simulation;
Keywords: انبساط حرارتی; Pre-hardened mold (PHM) steel; Quenching and tempering; Thermal expansion; Finite element modeling; Retained austenite;
Keywords: انبساط حرارتی; Finite element analysis; Refractories; Microcracking; Thermal expansion;
Keywords: انبساط حرارتی; Al2TiO5 ceramics; Thermal expansion; Fracture; Microstructure;
Keywords: انبساط حرارتی; Al-SiC nanocomposites; Microwave sintering; Hot extrusion; Mechanical properties; Thermal expansion;
Keywords: انبساط حرارتی; Metal matrix composites; Liquid-solid reaction; Microstructure; Thermal expansion; Thermal analysis;
Keywords: انبساط حرارتی; Graphene; Wrinkle; Low temperature Raman mapping; Strain; Doping; Thermal expansion;
Keywords: انبساط حرارتی; Illite; In situ X-ray diffraction; Phase transition; Thermal expansion; Dehydroxylation; Mullite;
Keywords: انبساط حرارتی; Graphene nanoribbon; Carbon nanotube; Chain model; van der Waals interaction; Thermal expansion;
Keywords: انبساط حرارتی; Ab initio; Molecular dynamics simulations; Vitreous silica; Thermal expansion; Glass structure; Vibrational properties;
Keywords: انبساط حرارتی; Transient process; Thermal expansion; Flow oscillation; Thermophysical property; Regenerative cooling;
Keywords: انبساط حرارتی; Lattice mismatch; Aluminum; fcc; θâ²-Al2Cu; CALPHAD; Thermal expansion;
Keywords: انبساط حرارتی; Composite; Polyethersulfone; Graphene oxide coating; Thermal expansion; Dimensional stability;
Keywords: انبساط حرارتی; Heat and mass transfer model; Baking process; Carbon paste; Baking profile; Thermal expansion;
Keywords: انبساط حرارتی; Thermal expansion; Ceria; Nanoparticles; Lattice parameter;
Keywords: انبساط حرارتی; AISI 304; AISI 7075; AISI 1045; Metal cutting simulation; Finite element method; Temperature dependence; Modulus of elasticity; Thermal expansion; Thermal conductivity; Specific heat capacity;
Keywords: انبساط حرارتی; Thermal conductivity; Thermal expansion; Spark plasma sintering; Metal matrix composite; Particle reinforcement;
Keywords: انبساط حرارتی; 3D braided composite materials; Thermal expansion; Interfacial stress; Finite element method (FEM);