Keywords: اثر اندازه; Thermal conductivity; Diffusivity; Semiconductors; Size effect;
مقالات ISI ترجمه شده اثر اندازه
مقالات ISI اثر اندازه (ترجمه نشده)
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Keywords: اثر اندازه; Metal matrix composites; Nanolaminated structure; Graphene; Compression test; Size effect;
Keywords: اثر اندازه; Quantum Stirling-like heat engine; Size effect; Quantum probability; Quantum degeneracy; Carnot efficiency;
Keywords: اثر اندازه; Molecular dynamics simulation; Silicon nanowires; Bending deformation; Young's modulus; Size effect; Shape effect;
Keywords: اثر اندازه; Electroplated gold; Dense carbon dioxide; Micro-compression; Size effect;
Keywords: اثر اندازه; Micropillar; 3D printing; Nanoparticle printing; Size effect; Grain size; Mechanical properties; Compression; Buckling;
Keywords: اثر اندازه; Amorphous alloys; Nanocomposites; Shear bands; Size effect;
Keywords: اثر اندازه; Aerogel; Solid thermal conductivity; Size effect; Boltzmann transport equation;
Keywords: اثر اندازه; Wrinkling hierarchy; Size effect; In-plane shear; Nonlocal plate theory;
Keywords: اثر اندازه; Bending Beam Rheometer (BBR); Strength; Cooling medium; Direct Tension Tester (DTT); Size effect; Weakest link model;
Keywords: اثر اندازه; Discrete-element method; Bonded-particle model; Sample size; Particle size; Size effect;
Keywords: اثر اندازه; Size effect; Reduced graphene oxide; Solid-solid phase change materials; Phase change behaviors;
Keywords: اثر اندازه; First gradient elasticity; Functionally graded micro-cylinder; Size effect; Exact solution;
Keywords: اثر اندازه; Price estimation; Numerical processing; Size effect; Precision effect; Prefrontal cortex; Intraparietal sulcus;
Keywords: اثر اندازه; Lithium-ion battery; Size effect; Atomic force microscopy; Surface structure; Silicon anode;
Keywords: اثر اندازه; Viscoelastic single walled carbon nanotube; Thin shell theory; Nonlocal strain gradient theory; Size effect;
Keywords: اثر اندازه; Fiber reinforced concrete; Fracture energy; Steel fiber; Self-compacting concrete; Size effect;
Keywords: اثر اندازه; Composite laminated beam; Generalized differential quadrature method; Pull-in voltage; Size effect; Piezoelectric layer; Modified couple stress;
Keywords: اثر اندازه; Size effect; High-strength concrete; Compressive strength; Flexural strength; Modified size effect law;
Keywords: اثر اندازه; Size effect; Shape memory alloys; Martensitic phase transformation; FIB; Nanoindentation;
Keywords: اثر اندازه; Concrete; Impact; Compressive strength; Size effect; Shape effect;
Keywords: اثر اندازه; Uniaxial confined compression test; Equationof state; Cement paste; Mortar; High pressure; Size effect;
Keywords: اثر اندازه; Band gaps; Wave propagation; Couple stress; Surface elasticity; Rotational inertia; Bloch theorem; Transfer matrix method; Bernoulli-Euler beam; Size effect;
Keywords: اثر اندازه; Impact fracture; Impact toughness; Testing method; Size effect;
Keywords: اثر اندازه; Molecular dynamics simulation; Nanocrystalline titanium; Size effect; Tensile deformation mechanism;
Keywords: اثر اندازه; Size effect; Concrete; Peak axial strain; Stress-strain relationship; Axial compression;
Keywords: اثر اندازه; Random aggregate model; Size effect; Meso-scale simulation; Nominal tensile strength; Multi-factor effect;
Keywords: اثر اندازه; Material length scale parameter; Modified couple stress theory; Hardening; Softening; Size effect; Experimental data;
Keywords: اثر اندازه; Surface chemistry; Size effect; Oral delivery; Mesoporous silica; Nanoformulation;
Keywords: اثر اندازه; Size effect; Nano/micropillar compression; Crystal plasticity; Multiscale study; Hybrid laser welding;
Keywords: اثر اندازه; Fiber-reinforced composites; R-curve; Dynamic fracture; Size effect;
Keywords: اثر اندازه; Device level; Interfacial effects; Size effect; Cooling performance; Micro-thermoelectric cooler;
Keywords: اثر اندازه; Low-cycle fatigue; Size effect; Welded plate joints; Low temperature; Neuber's rule;
Keywords: اثر اندازه; Chip formation; Micro milling; Minimum chip thickness; Size effect; Natural diamond tool; Tungsten carbide tool;
Keywords: اثر اندازه; Fatigue; Size effect; Weakest-link theory; Crack coalescence; Life prediction;
Keywords: اثر اندازه; Melting point; Alumina; Nanocrystals; Size effect; MD simulations; Thermodynamic models;
Keywords: اثر اندازه; High cycle fatigue; Cast aluminium alloys; Defect containing materials; Size effect; Fatigue design procedure;
Keywords: اثر اندازه; Ni@C nanocomposites; Magnetic properties; Size effect; SQUID magnetometry; FMR; EPR; Solid-phase pyrolysis; Solid solutions of phthalocyanines;
Keywords: اثر اندازه; DENT marble specimens; Monuments; Restoration; Notch Opening Displacement; Size effect; Fracture mechanisms; Acoustic Emissions; Digital Image Correlation;
Keywords: اثر اندازه; Modified couple stress theory; Axisymmetric shell element; FEM; Conical shell model; Size effect;
Keywords: اثر اندازه; Buckling and post-buckling analysis; Size effect; The modified couple stress theory; Euler-Bernoulli beam model; Functionally graded materials;
Keywords: اثر اندازه; High entropy alloy; Laves phase; Eutectic alloy; Twinning; Size effect;
Keywords: اثر اندازه; Knudsen numbers; Lattice Boltzmann method; Phonon transport; Size effect;
Keywords: اثر اندازه; Brake friction material; Tire rubber; Size effect; Stick-slip;
Keywords: اثر اندازه; Engineered cementitious composites; Tensile strain capacity; Fiber property; Size effect; Strain rate; Durability;
Keywords: اثر اندازه; In situ atomic-scale; Nanocrystalline; Deformation mechanisms; Size effect;
Keywords: اثر اندازه; Nonlocal elasticity; Stress-driven integral law; Size effect; Nano-beam; Bi-Helmholtz kernel; CNT;
Keywords: اثر اندازه; Size effect; Material length scale; Modified couple stress theory; Microbeams; Vibration measurement;
Keywords: اثر اندازه; Thin and/or thick plate; Strain gradients; Micro-scale length parameter; Functionally graded materials; Size effect;
Keywords: اثر اندازه; Nanocrystalline Ta; Flow strength; Size effect; Plasticity; Molecular dynamics;