Keywords: مواد گرانول; Granular materials; Normal-stress effects; Maximum packing; Shear-thinning fluid; Second grade fluids; Continuum mechanics;
مقالات ISI ترجمه شده مواد گرانول
مقالات ISI مواد گرانول (ترجمه نشده)
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Keywords: مواد گرانول; Hopper discharge; Segregation; Continuum modeling; Granular materials;
Keywords: مواد گرانول; Granular materials; Force networks; Energy repartition; Thermal cycling; Discrete element method;
Keywords: مواد گرانول; Plug flow; Flow pattern; Pressure fluctuation; Particle image velocimetry; Dense-phase pneumatic conveying; Granular materials;
Keywords: مواد گرانول; Material symmetry group; Micromorphic continuum; Subfluids; Granular materials;
Keywords: مواد گرانول; Numerical manifold method; Transient heat conduction; Cohesive element method; Granular materials; Effective heat conductivity;
Keywords: مواد گرانول; Particle shape; Computational geometry; Granular materials; B-spline curve;
Keywords: مواد گرانول; Non-Fourier heat conduction; Granular materials; Non-Newtonian fluid; Suspension;
Keywords: مواد گرانول; Vibration analysis; Effective modal equivalences; Cryogenic tank; Granular materials; Homogenization;
Keywords: مواد گرانول; Geosynthetics; Geocell; Granular materials; Interface; Direct shear test; Soil grains size;
Keywords: مواد گرانول; Inhomogeneous fluids; Granular materials; Lubrication approximation; Numerical simulations;
Keywords: مواد گرانول; Granular materials; Contact Dynamics method; Periodic boundary conditions;
Keywords: مواد گرانول; RC network; Contact mechanics; Granular materials; Electrical transport; Universal scaling;
Keywords: مواد گرانول; Granular materials; Collapse process; Dynamical behavior; Granular column;
Keywords: مواد گرانول; Arching; Granular materials; Stable arch; Trapdoor test; Gravity; Arch characteristics;
Keywords: مواد گرانول; Granular materials; Elasticity; Small strains; Strain decomposition;
Keywords: مواد گرانول; Granular materials; Discrete element method; Particles; Computational simulation;
Keywords: مواد گرانول; Dynamic fracture; Granular materials; Contact material; Hopkinson bar; Finite element analysis; Impact;
Keywords: مواد گرانول; Granular materials; Shear band; Shear test; Numerical simulation; Experiment;
Keywords: مواد گرانول; Multiscale modeling and characterization; Damage-healing-plasticity; Granular materials; Concurrent computational homogenization; Gradient Cosserat continuum; Discrete particle assembly;
Keywords: مواد گرانول; Particle kinematics; Particle tracking; Granular materials; X-ray micro-tomography; Tracking criteria;
Keywords: مواد گرانول; Granular materials; Sphere packings; Permeability; Correlation functions; Functional regression;
Keywords: مواد گرانول; Effective thermal conductivity; Ceramic breeding materials; Pebble beds; Granular materials; Gas pressure;
Keywords: مواد گرانول; Refractory mortar; Granular materials; Water glass; Micro CT; DEM;
Keywords: مواد گرانول; Ultrasonic compaction; Granular materials; Sub-sea exploration;
Keywords: مواد گرانول; Spill oil; Crude oil; Granular materials; Mesocosm; Dispersed oil; Adsorption;
Keywords: مواد گرانول; Hydro-mechanical coupling; Granular materials; Material point method; Large deformation;
Keywords: مواد گرانول; Breakage mechanics; Simple breakage model; Backward Euler return algorithm; FEA; Granular materials;
Keywords: مواد گرانول; Vibration reduction; Granular materials; Honeycomb structures; Laser scanning vibrometry; Particle damping; Engine test bench;
Keywords: مواد گرانول; Experiment; Discrete particle method; Low-velocity penetration; Impact; Granular materials; IMPETUS Afea Solver;
Keywords: مواد گرانول; Swelling; Super absorbent polymers; Discrete element method; Grain-scale modelling; Hydromechanical coupling; Granular materials;
Keywords: مواد گرانول; Granular materials; Micromechanics; Non-dissipative; Microstructure; Fabric anisotropy; Small strains;
Keywords: مواد گرانول; Shape memory; Granular materials; Zirconia; Martensitic transformation; Superelasticity;
Keywords: مواد گرانول; Nonlinear vibration; Hysteresis; Resonant column test; Granular materials;
Keywords: مواد گرانول; Granular materials; Triaxial strength; DEM; Stress-force-fabric equation; Contact force anisotropy;
Keywords: مواد گرانول; Small-arms bullets; Discrete particle method; Finite element method; Granular materials; Protective structures; Soil-structure coupling;
Keywords: مواد گرانول; Multilaminate; Granular materials; Constitutive law; Undrained; Induced anisotropy; Cyclic;
Keywords: مواد گرانول; Soils; Granular materials; Grain size distribution; Soil generation and evolution; Soil dynamics;
Keywords: مواد گرانول; Powder compaction; Granular materials; Deformable particles; Multi-particle finite element method; Yield surfaces; Plastic strain increment vectors; Flow rule postulate;
Keywords: مواد گرانول; Scaled boundary finite element method; Discrete element method; Particle breakage; Granular materials;
Keywords: مواد گرانول; Granular materials; Packing structure; Packing density; Vibration; Sphere packing;
Keywords: مواد گرانول; Granular materials; Mixing; Multiphase flow; Particulate process; Scale-up; Renewable energy;
Keywords: مواد گرانول; Granular materials; crushing; evolution; grading; characteristic diameters; one-dimensional compression; fractals;
Keywords: مواد گرانول; Crude oil; Dispersant; Granular materials; Phase partitioning; Oil spills;
Keywords: مواد گرانول; Granular materials; Damper; Energy dissipation; Granular chain; Dissipation efficiency;
Keywords: مواد گرانول; Oil spills; Crude oil; Granular materials; Floating oil; Aggregation; Microscopy;
Keywords: مواد گرانول; Undrained triaxial tests; Granular materials; Fine content; Internal friction angles;
Keywords: مواد گرانول; Powder mixing; Tote blender; Granular materials; Discrete element method; Simulation; Baffle;
Keywords: مواد گرانول; Granular materials; Semi-solid; Indentation; X-ray tomography; Digital volume correlation;
Keywords: مواد گرانول; Micromechanics; Granular materials; Unsaturated; Permeability; Intergranular layer; Wetting layer