Keywords: نظریه مخلوط; Multi-phase multi-species system; Mixture theory; Porous media; Effective stress; Mass exchange; Phase transition;
مقالات ISI نظریه مخلوط (ترجمه نشده)
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Keywords: نظریه مخلوط; Multiphase flow in porous media; Viscous coupling; Mixture theory; Dynamic relative permeability; Mathematical modeling; Co- and counter-current flow;
Keywords: نظریه مخلوط; Recycling; Adhesion; RAP; Mixture theory; LCPC model; SEM;
Keywords: نظریه مخلوط; Platelets; Blood flow; RBCs; Micro-channel; Mixture theory; Two-fluids; Thrombosis;
Keywords: نظریه مخلوط; Corneal metabolism; Corneal edema; Metabolism-swelling coupling; Endothelial active transport; Mixture theory; Corneal biomechanics;
Keywords: نظریه مخلوط; Slip boundary condition; Mixture theory; Normal stress effects; Shear-thinning fluid; Two-phase flows;
Keywords: نظریه مخلوط; Mixture theory; Growth; Lagrange multiplier; Thermodynamic framework; Interactive force;
Keywords: نظریه مخلوط; Intervertebral disc; Antibiotic penetration; Transport phenomena; Mixture theory; Finite element analysis; Disc infections;
Keywords: نظریه مخلوط; Blood flow; Two-phase flow; Mixture theory; Shear-thinning viscosity; Sudden expansion; Microchannels
Keywords: نظریه مخلوط; Paperboard; Mixture theory; Unsaturated porous media; Large strains; Dynamic mass exchange;
Keywords: نظریه مخلوط; Multiphase flow; Momentum and mass coupling; Mixture theory; Mixed finite element methods; Discontinuous finite volume-element methods;
Keywords: نظریه مخلوط; Growth of avascular tumor spheroids; Anisotropic growth deformation tensor; Mixture theory; Multiple natural configurations
Keywords: نظریه مخلوط; Blood; Micro-channels; Two-component flow; Mixture theory; Shear-thinning; Crevices;
Keywords: نظریه مخلوط; Coupled problem; Double porosity; Effective stress; Mixture theory; Stabilized finite elements; Twofold saddle point problem;
Keywords: نظریه مخلوط; Double layer; Poisson–Boltzmann; Solvation; Mixture theory; Gouy–Chapman–Stern model
Keywords: نظریه مخلوط; Mixture theory; Interaction forces; Multiphase flows; Granular materials; Blood flow; Non-linear fluids
Keywords: نظریه مخلوط; Debris flow; Kinetic theory; Granular systems; Mixture theory;
Keywords: نظریه مخلوط; Growth mechanics; Mixture theory; Tissue engineering; Tissue remodeling;
Keywords: نظریه مخلوط; Blood flow; Mixture theory; Two phase flow; Rheology; Channel flow; Non-linear fluids
Keywords: نظریه مخلوط; Viscoelasticity; Mixture theory; Large deformation; Diffusion; Polyimide;
Keywords: نظریه مخلوط; Ferroelectrics; Rate and external stress dependency; Mixture theory; Finite element method; Electromechanical coupled problems; Parameter identification;
On the dissociation degree of ionic solutions considering solvation effects
Keywords: نظریه مخلوط; Ion pair; Dissociation degree; Double layer; Solvation shell; Mixture theory;
A continuum thermomechanical model of in vivo electrosurgical heating of hydrated soft biological tissues
Keywords: نظریه مخلوط; Electrosurgery; Ablation; Mixture theory; Tissue heating;
Multiphase SPH modeling of free surface flow in porous media with variable porosity
Keywords: نظریه مخلوط; Free surface flow; Porous media; Mixture theory; Resistance law; Delta-SPH;
Poroacoustic waves under a mixture-theoretic based reformulation of the Jordan-Darcy-Cattaneo model
Keywords: نظریه مخلوط; Jordan-Darcy-Cattaneo model; Poroacoustic phenomena; Acceleration waves; Traveling waves; Mixture theory;
Thermodynamically consistent elasto-plastic microplane formulation for fiber reinforced concrete
Keywords: نظریه مخلوط; Microplanes; Plasticity; Failure; Mixture Theory; Steel Fibers Reinforcement
Cam-Clay plasticity, Part VIII: A constitutive framework for porous materials with evolving internal structure
Keywords: نظریه مخلوط; Coupled problem; Double porosity; Effective stress; Mixture theory;
Viscoelasticity using reactive constrained solid mixtures
Keywords: نظریه مخلوط; Soft tissue mechanics; Viscoelasticity; Mixture theory; Reaction kinetics
Engineering models for synthetic microvascular materials with interphase mass, momentum and energy transfer
Keywords: نظریه مخلوط; Vascular material; Mixture theory; Multifunctional material
On the role of hydrogel structure and degradation in controlling the transport of cell-secreted matrix molecules for engineered cartilage
Keywords: نظریه مخلوط; Hydrogel; Tissue growth; Degradation; Cartilage; Mixture theory; Matrix transport; Tissue engineering
Mechanics of cell growth
Keywords: نظریه مخلوط; Interstitial growth; Cell growth; Cell division; Mixture theory
On some connections between equivalent single material and mixture theory models for fiber reinforced hyperelastic materials
Keywords: نظریه مخلوط; Fiber reinforced composites; Mixture theory; Hyperelasticity; Reference configuration; Material symmetry;
Cell viability in intervertebral disc under various nutritional and dynamic loading conditions: 3d Finite element analysis
Keywords: نظریه مخلوط; Biomechanics; Mechanobiology; Transport phenomena; Nutrition; Glucose concentration; Cell density; Dynamic compression; Mixture theory;
Zero-thickness interface model formulation for failure behavior of fiber-reinforced cementitious composites
Keywords: نظریه مخلوط; Composite material; Fiber-reinforced concrete; Fracture-based plasticity; Mixture theory; Zero-thickness interfaces
Combined extension and torsion of a swollen cylinder in unsteady conditions for the mechanical characterization of a hydrogel: An application of the continuum theory of mixtures
Keywords: نظریه مخلوط; Mixture theory; Gel; Torsion; Stress relaxation
Modeling and numerical simulation of blood flow using the theory of interacting continua
Keywords: نظریه مخلوط; Mixture Theory; Blood; Continuum mechanics; Shear-thinning; Two-phase flows
A constitutive model based on modified mixture theory for unsaturated rocks
Keywords: نظریه مخلوط; Biot’s theory; Mixture theory; Non-equilibrium thermodynamics; Unsaturated rocks
A mixture theory analysis for the surface-wave propagation in an unsaturated porous medium
Keywords: نظریه مخلوط; Mixture theory; Surface waves; Unsaturation; Poroelasticity; Propagation characteristics
A phase field model for the freezing saturated porous medium
Keywords: نظریه مخلوط; Porous medium; Phase field; Order parameter; Mixture theory; Memory effect
A phenomenological approach to the dynamics of activation and clonal expansion of TT cells
Keywords: نظریه مخلوط; Cellular dynamic; Immune response; Clonal expansion; Mixture theory; Proliferative events
A constrained mixture approach to mechano-sensing and force generation in contractile cells
Keywords: نظریه مخلوط; Cell mechanics; Mixture theory; Mechano-sensing; Cell contractility;
Mixture theory for a thermoelasto-plastic porous solid considering fluid flow and internal mass exchange
Keywords: نظریه مخلوط; Mixture theory; Porous material; Growth/swelling; Mass exchange; Large strain
A high-resolution finite-difference method for simulating two-fluid, viscoelastic gel dynamics
Keywords: نظریه مخلوط; Mixture theory; Transient network model; Multiphase flow; Viscoelastic flow simulations; Krylov subspace; Multigrid;
Order and disorder in the microstructure of dielectrically nonlinear heterogeneous materials
Keywords: نظریه مخلوط; Composite materials; Electric homogenisation; Mixture theory; Order parameters;
Comparison between the Gauss’ law method and the zero current method to calculate multi-species ionic diffusion in saturated uncharged porous materials
Keywords: نظریه مخلوط; Ionic diffusion; Mixture theory; Electrodynamics; Finite element method; Poisson–Nernst–Planck electro-diffusion theory; Thermodynamics; Chemical potential
Modeling in cardiovascular biomechanics
Keywords: نظریه مخلوط; Continuum mechanics; Elasticity; Viscoelasticity; Rheology; Mixture theory; Constitutive equations
The continuum mechanical theory of multicomponent diffusion in fluid mixtures
Keywords: نظریه مخلوط; Multicomponent diffusion; Maxwell–Stefan equation; Mixture theory; Thermal diffusion; Stress diffusion; Pressure diffusion
A finite element approach for multiphase fluid flow in porous media
Keywords: نظریه مخلوط; Consolidation; Immiscible pollutants; Finite elements; Multiphase porous media; Mixture theory
A Mixture Theory formulation for hydraulic or pneumatic transport of solid particles
Keywords: نظریه مخلوط; Mixture Theory; Continuum mechanics; Solids transport; Coal slurries; Two phase flows; Parallel plates; Multi-phase
Ionic diffusion and kinetic homogeneous chemical reactions in the pore solution of porous materials with moisture transport
Keywords: نظریه مخلوط; Porous media; Thermodynamics; Darcy’s law; Fick’s law; Mixture theory; Constitutive equations; Numerical solution; Chemical potential