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Plenary - High Resolution Experiments and Simulations on Particle/Turbulence Interaction
Keynote - Direct meso-scale simulations of solid-liquid flow
Keynote - Falling clouds of particles
Keynote - Flow, Sediment Transport and Morphodynamics in Rivers and Deep-Sea Turbidity Currents: Interaction in a Two-phase Flow
Keynote - Some Thoughts on Granular Flows
Keynote - Ancient Concepts and Modern Simulations for Particles and Fibers in Turbulence
1.1.2 - 3D X-ray CT Imaging of Cavitation from a Butterfly Valve
1.1.3 - Ventilated Partial Cavity Flows at High Reynolds Numbers
1.1.4 - Subgrid-scale Modeling of Cavitating Turbulent Flow in LES
1.2.1 - Drag and lift forces on clean bubbles in a solid body rotating flow
1.2.2 - Drop deformation in combined shear and pressure driven flow: simulation using DI-SPH scheme
1.2.3 - Air entrapment and splashing treshold in drop impacts
1.2.4 - Determination of Coalescence Processes in Single Water-in-Oil-in-Water Double Emulsion Globules
1.3.1 - Simulation of the Two-Phase Flow in a stirred Kühni Extraction Miniplant Column
1.3.3 - Hydrodynamic Study of Fluid Catalytic Cracking Unit (FCCU) Stripper
1.3.4 - Multiphase Model for Simulation Severe Accident Phenomena in NPP Containment
1.4.1 - Immersed Boundary (IB) and Arbitrary Lagrangian Eulerian (ALE) Methods for Modeling Erosion and Sedimentation of a Packed Bed in the Vicinity of an Obstacle
1.4.3 - Effect of Surface Tension on Global Instability of Wakes
1.5.1 - Turbulence modulation by particles of the Taylor-lengthscale size: is Stokes number an appropriate indicator?
1.5.2 - Fluctuations in number and volume fraction in granular and multiphase flows: implications for theory and modeling
1.5.3 - Measurement of Turbulence Modulation by Non-Spherical Particles
1.5.4 - Experimental investigation of particle-laden turbulent channel flow: time-resolved observations
1.6.2 - Flow Regime Identification in Boiling Two-phase flow in a vertical annulus
1.6.3 - Eulerian Multi-fluid Method for Spray-Wall Interaction
1.6.4 - Effects of momentum and thermal energy exchange on the Rayleigh-Bénard convection of disperse flows
1.7.1 - Foundation of the Interfacial Area Transport Equation in Annular Two-phase Flows
1.7.2 - The Interfacial Shear-Stress as a Film Pumping Mechanism in Annular Pipe-Flow
1.7.3 - Self-propulsion of surfactant droplets on inclined liquid films
2.1.1 - Aeration in lubrication flows with application to reduced disengaged drag torque in clutches
2.1.2 - LES-Based Bubble Tracking Simulation of Turbulent Cavitation Flow in Injector Nozzle
2.1.3 - Radial Motion of a Spherical Cavitation Bubble in Varying Pressure Fields
2.1.4 - The detection of cavitation in liquid metal flows
2.1.5 - The importance of liquid evaporation and liquid compressibility effects on rectified diffusion processes
2.2.1 - Effect of surface tension on a single bubble bouncing at a free surface
2.2.2 - Numerical simulation of drop-wall interaction: sliding and coalescence
2.2.3 - Sensing bubble impacts with active and passive microcantilevers
2.2.4 - Interfacial magnetophoresis in magnetic fluids
2.2.5 - Particle Resuspension Modelling in Turbulent Flows
2.3.1 - Large-eddy simulation of the two-phase flow in an unbaffled stirred tank
2.3.2 - Influence of surface tension on downward gas transport
2.3.3 - Comparison of 2D and 3D Modeling of Mold Filling of Aluminum Casting
2.3.4 - The Effect of Gas and Liquid Velocities on Frictional Pressure Drop in Two Phase Flow for Large Diameter Vertical Pipe
2.3.5 - Pressure Drop and Heat Transfer to Turbulent Flow of Supercritical Pressure Water in a Vertical-Upward Helically-Coiled Tube
2.4.1 - A high order moment method with mesh movement for the description of a polydisperse evaporating spray
2.4.3 - Direct numerical simulation of volcano eruption as an explosive bubbly channel flow using one-grid-one-bubble high resolution sharp interface method
2.4.4 - A Fully Coupled Fluid-Particle Flow Solver Using a Quadrature-Based Moment Method with High-Order Realizable Schemes on Unstructured Grids
2.4.5 - Atomization of Stratified Turbulent Flow
2.5.1 - A Web-Based Course for Particle Transport, Deposition and Removal
2.5.2 - A Diffusion-Inertia Model for Predicting Aerosol Dispersion and Deposition in Turbulent Flows
2.5.3 - A Simple Model for Particle Turbulence Interaction Effect in the PDF Kinetic Equation
2.7.1 - Simulation of interfacial dynamics in the presence of surfactant using the Lattice Boltzmann approach
2.7.3 - Destabilization modes of confined coaxial liquid jets
2.7.4 - Improved Modeling of Two-Component Annular Flow
2.7.5 - Demonstation of a Non-wetting Water Droplet Sustained by a Pressure-Driven Interstitial Air Flow
3.1.1 - Thermodynamic Effects on Cavitation in a Cryogenic Nozzle Flow
3.1.2 - Unsteady Sheet Cavitation on Three-dimensional Hydrofoil
3.1.3 - Supression of Tip vortex cavitation with active mass addition
3.1.4 - Water Quality Effects on Sheet Cavitation Inception on a Ship Propeller Model
3.2.1 - Dynamic Interaction and Coalescence of Micro-bubbles
3.2.2 - Effect of Interface Contamination on Particle-Bubble Collision Behavior
3.2.3 - Droplet impact of viscous Newtonian and non-Newtonian liquids
3.2.4 - Dynamics of two-phase flows induced by drop collisions
3.4.4 - Multiscale Computations of Multiphase Flows
3.5.1 - Lattice Boltzmann Simulation of Turbulent Flow Laden with Finite-Size Spherical Particles
3.5.2 - Numerical Investigation of Particle-Laden Turbulent Channel Flow with Either Longitudinal or Transverse Roughness Elements on the Lower Wall
3.5.4 - Modelling of dense particle-laden pipe flow and a free jet
3.6.1 - Numerical and Experimental Investigation of Flow and Interfacial Mass Transfer in Multiphase Microreactors
3.6.2 - Numerical study of the mass/heat transfer from deformed bubbles rising in stationary liquid
3.6.3 - A VOF-Based Conservative Method for the Simulation of Reactive Mass Transfer from Rising Bubbles
Index
Plenary - Some Reflections on Multiphase Flow
2.5.4 - Modeling of the Random Uncorrelated Velocity Stress Tensor for Unsteady Particle Eulerian Simulation in Turbulent Flows
2.5.5 - Euler/Lagrange computations of particle-laden gas flow in pneumatic conveying systems
2.6.1 - Measurement of Water Thickness by using Neutron Radiography and Simulation of Gas-Velocity Distributions in a PEFC
2.6.2 - Experiments on Fluid Dynamics and Mass Transfer of Annular Film Flow on a Vertical Wire
Plenary - Interaction of Shock Waves with Liquid Layers and Liquid Droplets
Keynote - Local Stokes number for particles in turbulent flows
Keynote - Recent Progress in Laser Imaging Techniques for Dispersed Two-phase Flows
Keynote - Effects of Bubbles on Turbulent Flows in Vertical Channels
Keynote - DNS of Particle Motion and Heat Transfer
Keynote - Modelling particle collisions and agglomeration in gas-particle flows
1.1.1 - Non-Barotropic Models of Cavitation and Their Applications
2.6.3 - Comparison between Sonic and Supersonic Steam Jet
2.6.4 - Evaporation of Tetralin Spray with Direct Quadrature Method of Moments and Eulerian Multi-Fluid Method
2.6.5 - Axial Change of Interfacial Area Concentration of Bubbly Flow in Mini Pipes
3.3.1 - Estimation of Multiphase Flow Rates in a Horizontal Wellbore Using an Ensemble Kalman Filter
3.3.2 - Experimental Investigations of Particle Distribution and Desanding Efficiency of Solid-liquid/Gas-Liquid-Solid Separation in Helical Pipe with Gradually Changed Curvatures
3.3.3 - Modeling Asphaltene Deposition in Oil Transport Pipelines
3.3.4 - Flow visualization of refrigerant behaviors in a self-vibration heat pipe
3.4.1 - Simulating multiphase flows with multi-length scales using moving mesh interface tracking with adaptive meshes
3.4.2 - Bed Expansion and Particle Mixing and Segregation in Multi-Fluid Model of Bi-disperse Gas Fluidized Beds
3.4.3 - A DNS study ranging from dense to dilute turbulent two-phase flows
3.6.4 - Vapor Flows with Phase Changes Induced by Sound Waves
3.7.1 - Jet and Conduit Flow Induced by Underwater Explosion in a Straight Tube
3.7.2 - Improved Eulerian Model for Liquid Films
3.7.3 - Characteristics of Separated Laminar Flows in Inclined Pipes
3.7.4 - Axisymetric film evaporation : an investigation of the transfers at the triple line trough numerical modeling and experimental measurement
4.1.1 - The Instability of Particle Laden Spiraling Liquid Jets
4.1.2 - Analysis of the liquid atomization out of a Full Cone Pressure Swirl Nozzle
4.1.3 - Flapping Instability of a liquid jet
4.2.1 - Dynamics of a Single Bubble Rising in a Gap between Two Parallel Vertical Planes with Magnetic Fluids
4.2.2 - Thermocapillary Migration of Deformable Drops at Moderate to Large Marangoni Number in Microgravity
4.2.3 - Terminal velocity of a single drop in a vertical pipe in clean and fully-contaminated systems
4.3.1 - Lagrangian Simulations of Solid Particle Motion in A Curved Duct
4.3.2 - Experimental investigation of delaying splashing in the jet wiping process by means of a side jet
4.3.3 - High viscosity oil-water-air three phase flows: flow maps, pressure drops and bubble dynamic
4.4.2 - A Novel Lattice Boltzmann Method for Direct Simulation of Bubble Dynamics
4.4.3 - Numerical Simulation of a Compound Droplet by Three-Fluid Front-Tracking Method
4.5.1 - A numerical study of finite size particles in homogeneous turbulent flow
16.7.3 - The Effect of Experimental Techniques on the Pool Boiling of Nanofluids
17.5.3 - Study on Bubble Nucleaion and Growth Behavior in High Viscous Fluid duirng Rapid Decompression
17.6.2 - Influence of air temperature and evaporation zone length on evaporation and combustion
17.7.1 - A simple model of annular flow and dryout in minichannels
17.7.3 - Assessment of the Heat Transfer Model and Turbulent Wall Functions for CFD Simulations of Subcooled and Saturated Boiling
17.7.4 - Condensation/Collapse Processes of Vapor Bubbles Injected in Subcooled Pool
P1.1 - Numerical Study on Surface Tension Effects on Cavitation Bubble Collapse in Spherical Acoustic and Nonspherical Rayleigh collapse
P1.4 - Flow structures and transition between stratified and non-stratified horizontal oil-water flow
P1.10 - Experimental and CFD Analysis of Two Phase Flow of Refrigerants inside a Horizontal Tube for the Evaluation of Pressure drop
P1.16 - Optimal Eulerian model for the simulation of dynamics and coalescence of alumina particles in solid propellant combustion
4.7.1 - Analysis of rotational diffusion of non-Brownian rigid fibers in shear flow
4.7.2 - The Effect of Particle Deformation on the Rheology of Noncolloidal Suspensions
4.7.3 - Colloid Retention in Saturated Porous Media under Unfavorable Surface Conditions
5.1.1 - The Effect of Surface Tension and Diffusion on One-dimensional Modelling of Slug Flow
5.1.2 - A Numerical Study of Faraday Waves
5.1.3 - Stabilization of wall shear beneath vortical disturbance using a thin film
5.1.4 - Coupled Marangoni convection and thermocapillary convection
5.2.1 - Terminal velocity of a Taylor drop in a vertical pipe
5.2.3 - Bubble Dynamics in the Presence of Gold Nanoparticles
5.2.4 - DNS of particles sedimentation with phase-change effect
5.3.1 - Simulation of detailed flow behaviour in a Wurster type coating process based upon DEM and two-fluid models
5.3.2 - Numerical and experimental investigation of the pressure and velocity field inside a pleat of an air filter during loading
5.3.3 - Effect of moisture content on conveying characteristic of pulverized coal for pressurized entrained flow gasification
5.6.1 - Local flow measurement and drift-flux modeling of subcooled boiling flow in sub-channel of vertical 3 x 3 rod bundle
5.6.2 - Flow Regime Transition Criteria for Two-Phase Flow in a Vertical Annulus
5.6.3 - Droplet evaporation and influence on turbulence in a swirling combustor
5.6.4 - Prediction of Polydisperse Steam Bubble Condensation in Sub-Cooled Water using the Inhomogeneous MUSIG Model
5.7.1 - The impact of ink-jet droplets on a paper-like structure
5.7.2 - Recent improvements in the micro-scale theory of non-isothermal liquid-vapor contact lines
5.7.3 - Surfactant spreading along thin liquid films on chemically patterned surfaces
5.7.4 - High speed coating of a fiber - consequences of the inertia/surface tension duality
6.1.1 - Development of spatial instability waves in laminar two-phase mixing layers
6.1.2 - Enhanced settling due to particle-laden convective instability
6.1.3 - Observations on the Faraday Instability
6.1.4 - Dispersion Analysis of Diffusion and Stiffness Filters for the One Dimensional Two Fluid Model
6.2.1 - Influence of the history term in a Lagrangian method for oil-water separation
6.2.2 - Flow instabilities in ethanol sessile drops
6.2.3 - Monodisperse droplet formation in microchannel
6.2.4 - Effect of liquid properties and solid material on bubble-wall attachment
6.2.5 - Coupled DEM-CFD simulations of a Wurster-granulator
6.3.3 - Pattern transition and holdup behaviors of horizontal oil-water pipe flow
6.3.5 - Multiphase CFD Simulations of Chemical Looping Reactors for CO2 Capture
6.4.1 - Modeling fluidization and segregation in biomass gasification processes
6.4.2 - Dynamic Contact Angle of a Spreading Drop Represented by Front-tracking Simulation
6.4.3 - Quadrature-based Third Order Moment Models for the Simulation of Particle Laden Flows
6.4.4 - Eulerian models and three-dimensional numerical simulation of polydisperse evaporating sprays
6.5.1 - Numerical simulation of fully resolved particles in rough-wall turbulent open channel flow
6.5.2 - Inertial particle dynamics in turbulent premixed flames
6.5.3 - Time-Resolved PIV Measurements of Particle-Flow Interactions in a Turbulent Boundary Layer
6.5.4 - Formation of fibers in streamwise streaks close to a plane wall
6.5.5 - Discrete Particle Model for simulating liquid-solid fluidization
6.6.1 - Towards Large Eddy Simulation of two-phase flow with phase-change: Direct Numerical Simulation of a pseudo-turbulent two-phase condensing flow
6.6.2 - Effect of concentration and temperature inhomogeneity in a gaseous phase on gas absorption by falling liquid droplets
6.6.3 - Experimental study on boiling flow of liquid nitrogen in inclined tube—liquid slug length distribution and velocity
6.6.4 - Water Quenching of Particle-Laden hot Supersonic Gas Flows
6.7.2 - Hemodynamic Analysis of Atherosclerotic Plaques
6.7.3 - Visualization Study of Motion and Deformation of Red Blood Cells in Microchannel
6.7.4 - Direct Lagrangian Tracking of Fibers in a Human Nasal Airway
6.7.5 - Experimental and numerical investigation of biofilm growth and hydrodynamic/biomass interaction in a granular bioreactor
7.1.1 - The Turbulent Shear Stress in the Developing Region of Bubbly Jets
7.1.2 – Flow Regime Transition in Large Diameter Pipes
7.1.3 - Time resolved PTV measurements in Sub-Milli scale bubbles laden Turbulent Pipe Flows
7.1.4 - A single bubble path instability in dilute surfactant solution
7.2.1 - A Cloud of Rigid Rods Sedimenting in a Viscous Fluid
7.2.2 - Boundary Element Analysis for Bubble Collapse near Moving or Deformable Boundaries
7.2.3 - Film drainage between bubble and fluid interface
7.2.4 - Experimental Investigation of the Hydrodynamics of Non-Wetting Droplets
7.3.1 - Assessment of NEPTUNE_CFD code for some free surface flows interesting fluvial hydraulic
7.3.2 - Dispersion of heavy particles in turbulent-like flows
7.3.3 - Analytical Investigation of Vortex formation in NPP with ANSYS CFX 12.0
7.4.1 - A Variable-Density Fictitious-Domain Method for Fully Resolved Simulation of High-Density Ratio Fluid-Particle Systems
7.4.2 - Modelling of Droplet Coalescence in Emulsions
4.6.1 - Prediction of Subcooled Wall Boiling in a Heated Annulus Including Conjugate Heat Transfer in the Central Heated Rod
4.6.2 - Particle Velocity near Vertical Boundaries – A source of Uncertainty in Two-Fluid Models
4.6.3 - Phenomenological Heat Transfer Model of Micro Two-Phase Slug Flow without Phase Change
5.3.4 - Effect of pipe diameter on pressure drop in vertical two-phase flow
5.4.2 - A 3D Two-Phase Numerical Model for Sediment Transport
5.4.3 - A low-dissipation method for DNS of compressible turbulent multicomponent and multiphase flows with shocks
5.4.4 - Lift and Drag on Agglomerates Attached to Walls
5.5.2 - Influence of collisions on particle behavior in a turbulent wall-bounded flow
5.5.3 - Orientation, distribution and deposition of elongated, inertial fibers in turbulent channel flow
5.5.4 - A Lagrangian approach for quantifying the segregation of inertial particles in incompressible turbulent flows
4.5.2 - Compressibility and Unsteady Effects on Particles in Explosions
4.5.3 - Numerical Simulation of Micro Particles Deposition in Realistic Geometry of Deviant Human Nasal Airways
7.4.3 - Large Eddy Simulation of liquid atomization: From the resolved scales to subgrid spray
7.4.4 - Lagrangian Concentration Differential Equation for Particle Trajectories
7.5.1 - Developing particle-laden turbulent pipe-flow
7.5.2 - Effects of Drift Velocity on the Interaction timescales Between Heavy Particles and SGS Eddies in the Langevin Equation for LES
7.5.3 - Direct Numerical Simulation of Sediment Transport and Seabed Morphology at Laboratory Scales
7.5.4 - Instantaneous particle acceleration model for gas-solid suspensions at moderate Reynolds numbers
7.6.1 - Effect of Liquid Velocity on the Hydrodynamics and Heat Transfer of Downward Liquid Flow with Stationary Taylor Bubble
7.6.2 - A New Microstructure Design for Evaporation and Superheating
7.6.3 - Transient solution for flow of evaporating fluid in parallel pipes using the drift flux model
7.6.4 - Numerical Simulation of Evaporating Droplets with Chemical Reactions
7.7.1 - Drop Impact, Spreading, Splashing and Penetration into Electrospun Nanofiber Mats
7.7.2 - Experimental and Modeling Study of Breakage and Restructuring of Colloidal Aggregates
7.7.3 - Flow-induced forces in agglomerates
7.7.4 - Numerical Simulation and Expermental Investigation on the Mechanism of the Drop Deformation and Breakup in Shear Flow
8.1.2 - Bubble induced agitation at a particle Reynolds number around 10
8.1.3 - Shock Theory of a Bubbly Liquid Filled in a Deformable Tube
8.2.1 - Vibration-induced attraction and repulsion of a particle from a wall in microgravity
8.3.1 - Hydrodynamics of Lube oil-Water Downflow Through a Vertical Pipe
8.3.2 - Investigation on Reactive Mass Transfer at Freely Rising Gas Bubbles
8.3.3 - Bayesian Design of Magnetic Resonance Studies of Multiphase Flows
8.4.1 - Multiscale Simulations of Gas Assisted Liquid Jet Break up
8.4.2 - A VOF Method Based on the Unstructured Grid
8.4.3 - Direct Quadrature Method of Moments for Multicomponent Droplet Spray Vaporization
8.5.2 - Two-Phase Subgrid-Scale Stress Models for Two-Fluid Large-Eddy Simulation of Gas-Particle Flows
8.5.3 - A very simple relationship for the voidage function in binary-solid suspensions
8.6.1 - Experimental study of heat transfer between droplets and wall in Leidenfrost regime
8.6.2 - Measurements of gas entrainment in 2- and 3-phase high pressure stratified flow
8.6.3 - Numerical Investigation on the Mixed Convection and Heat Transfer of Supercritical Water in Tubes in the Large Specific Heat Region
8.7.1 - Direct measurement of shear-induced migration in microchannels
8.7.2 - Collective and Individual Motions of Particulate Suspension
P1.21 - Study On the Unsteady Flow Field in an Idealized Human Mouth-Throat Model with Large Eddy Simulation
P1.22 - Augmentation of Airlift Pump Performance in Step Geometry
9.1.1 - Scaling laws for bubble-induced agitation at high Reynolds number
9.1.2 - The dual nature of pseudo-turbulence analyzed from spatial and time averagings of a fow through random obstacles
9.1.3 - The quantification of bubble size distributions using ultra-fast MRI
9.1.4 - Nonlinear Analysis of Wave Propagation in Liquids Containing Microbubbles
9.2.1 - A binary kinetic granular model for fluidized beds
9.2.2 - A Novel Multigrid Approach for Lagrangian Modeling of Fuel Mixing in Fluidized Beds
9.2.3 - 3-D Solid Flow Patterns in the Exit Region of a Gas-Solid CFB Riser
9.2.4 - Influence of Horizontal Tubes, Averaging Periods and Extraction Methods on the Hydrodynamics of Bubbling Gas-Solid Fluidized Beds
9.3.1 - Interrogating the Effect of Bends on Two-Phase Gas-Liquid Flow using Advanced Instrumentation
9.3.2 - Ultrafast Multiphase Flow Imaging by Electron Beam X-ray Computed Tomography
9.3.3 - Velocity Fields and Void Fraction Measurements under Impinging Jets with Gas Entrainment
9.3.4 - Accuracy of a monofiber optical probe
9.4.1 - Interface advection with the TAU code and the CICSAM method on arbitrary grids
9.4.2 - Investigation of mass transfer in poly-disperse gas-liquid systems by using a multi-variate population balance
9.4.3 - Modeling Discrete, Incremental, Repetitive and/or Simultaneous Particle Breakage
9.4.4 - Understanding and Prediction of Hydrodynamics of Multiphase Flow Using CFD
9.5.1 - A Two-Way Coupled Turbulent Suspension Model Tested Against Experimental Data
9.5.2 - Closure approximations in particle dispersion coefficients derived from pdf kinetic equation
9.5.3 - Colliding particle-pair velocity correlation function in turbulent flows
9.5.4 - Inertial particles clustering in turbulent flows: a Voronoi analysis
9.6.2 - Modeling and Analysis of Direct Steam Condensation in a Passive Safety System of Advanced PWR
9.6.3 - Experimental Investigation of Vibration Effects on Air-Water Two-Phase Flow in an Annulus
9.6.4 - Entropy Transport and Production in Two-Fluid Models
9.7.1 - Investigation of Binary Droplet-Coalescence in Liquid-Liquid-Systems
9.7.2 - Multi-Scale Analysis of a 2-D Liquid Atomization Mechanism
9.7.3 - On the flocculation in fiber suspension flows
9.7.4 - Binary collisions of immiscible liquid drops for liquid encapsulation
10.1.1 - Velocity field measurements around a Taylor bubble rising in stagnant and flowing water
10.1.2 - Eulerian-Lagrangian Methods for Modelling of Gas Stirred Vessels with a Dynamic Free Surface
10.1.3 - Investigation of the void fraction, bubble size and velocity in divergence geometry
10.1.4 - Mixing induced by a random dispersion at high particulate Reynolds number
10.1.5 - Bubble Breakup in Euler-Lagrangian Simulations of Bubbly Flow
10.2.2 - Microbubble dynamics in a simple shear flow under the effect of ultrasound. Coupling of Saffman Lift with bubble volume oscillations and Bjerknes Force
10.2.3 - Motion of heavy ellipsoids under linear shear in Stokes flow
10.2.4 - Interface Resolving Simulation of Bubble-Wall Collision Dynamics
10.2.5 - Numerical study on the motion characteristics of a freely falling two-dimensional circular cylinder in a channel
10.3.1 - Novel techniques for imaging particle in human airway model using near-infrared spectrum
10.3.2 - Direct, Dynamic Measurement of Interfacial Area within Porous Media
10.3.3 - Measurement of Dynamic Properties of Vertical Gas-Liquid Flow
10.3.4 - Turbulence Measurements in Air-Water Self-Aerated Flows: Basic Analysis and Results
10.3.5 - Film Measurements in Two-Phase Gas-Liquid Flow by Conductance Techniques in Vertical Large Diameter Pipes
10.4.1 - A simple and conservative algebraic VOF method for resolving interface in one cell without geometrical calculations on structured and unstructured grids
10.4.2 - Numerical Simulation of Air-Water Counter-current Two-phase Flow in a Model of the Hot-leg of a Pressurized Water Reactor (PWR)
10.4.3 - A SPH-ALE method to model multiphase flow with surface tension
10.4.4 - Modeling Interfacial Viscous Flows and Colloid Transport in a 2D Microchannel
10.4.5 - Towards High-Resolution Simulation of Turbulent Collision of Cloud Droplets
10.5.1 - Particle Focusing in a Corrugated Tube
10.5.2 - A Reinterpretation of the Odar and Hamilton Data on the Unsteady Equation of Motion of Particles
10.5.3 - Discrete Particle Simulation of Gas-Solid Flow and Heat Transfer in Gas Fluidized Beds
10.5.4 - Experimental Study of the Droplet-Laden Gas Flow in a Solid Rocket Motor Model
10.5.5 - 3-D Simulation of the Production of Gas-phase synthesized Non-aggregated Spherical Nano-particles in Continuous Gasdynamic Flow
10.6.1 - Characteristics of heat transfer in turbulent bubbly upflow in a vertical channel
10.6.2 - Measurement of Evaporation Coefficient of Water Using Nonlinear Sound Wave
10.6.3 - Evaluation of a Multifluid Mesoscopic Eulerian Formalism on the Large Eddy Simulation of an aeronautical-type configuration
10.6.4 - Heat transfers in a droplet-laden turbulent jet
10.7.1 - Validating colloids agglomeration with existing theoretical Kernel
10.7.3 - Lagrangian particle tracking of aggregate breakage
10.7.4 - Evaluation of collision models applied to varying dense particle jets flows
10.7.5 - Modelling and simulation of drop break-up downstream of an orifice
11.1.1 - Simulations of the Bubbly Two-Phase Flow Around the Research Vessel Athena
11.1.2 - The rise velocity jump discontinuity of bubbles in viscoelastic liquids
11.1.3 - Interface drag on plugs in downward sloping pipes
11.1.4 - Numerical study of bubbly flows using direct quadrature method of moments
11.2.1 - Bed Height and Material Density Effects on Minimum Fluidization Velocity in a Cylindrical Fluidized Bed
11.2.2 - Study of the catalyst distribution in a new designed downer distributor using ECT and CFD-DEM method
11.2.3 - Study of fluidisation using Electrical Capacitance Tomography
11.2.4 - The effect of the wall on the fixed-fluidized state transition of binary-solid liquid beds
11.3.1 - Gas-Water Two-Phase Flow Measurement with A V-cone meter and Conductivity Rings
11.3.2 - Phase Fraction Measurement in Multiphase Flow Using an Improved Electrical Method
11.3.4 - Phase inversion studies using conductivity probes and electrical resistance tomography
11.4.1 - A phase-field model for multiphase electro-hydrodynamic flows
11.4.2 - Separation of oil droplets in swirling water flow
11.4.3 - Particulate Flows
11.5.1 - Characterization of Inhomogeneous Non-Spherical Alternative Fuel Particles for the Cement Manufacturing Process
11.5.2 - Measurements of apparent wall slip velocity in concentrated suspensions of non-colloidal particles in open channel flow
11.5.3 - Characteristics of Fibre Suspensions in a Turbulent Pipe Flow
11.5.4 - Classifying the Fluidization and Segregation Behavior of Binary Mixtures using Particle Size and Density Ratios
11.6.1 - Sensitivity Analysis of Spray Dispersion and Mixing for varying fuel properties
11.6.2 - Cavity Formation in Particles Obtained from a High Temperature Oxidic Melt Jet Disintegration in Water
11.6.4 - Properties of primary and secondary waves in annular gas-liquid flow
11.7.1 - Large Eddy Simulation of the Breakup of a Kerosene Jet in Crossflow
11.7.3 - Lagrangian modelling of agglomerate structures in a homogeneous isotropic turbulence
11.7.4 - Binary water droplet collision study in presence of solid aerosols in air
12.1.1 - Simulation of Bubble and Particle Interactions with Vortical Flows Using a Discrete Element Model
12.1.2 - On bubble clustering and energy spectra in pseudo-turbulence
12.1.3 - A generalized subgrid air entrainment model for RaNS modeling of bubbly flows around ship hulls
12.2.1 - Prediction of Terminal Velocity of a Particle Falling in Non-Newtonian Fluids using the Macroscopic Particle Model
12.2.2 - Modeling and simulation of viscoelastic fluids using Smoothed Particle Hydrodynamics
12.2.3 - Analysis of the Horizontal Pipeline Flow of Settling Dense Slurries
12.3.1 - PIV Measurement of Binary-size Group of Particles Laden in Turbulent Mixing Layer
12.3.2 - Measurement of Droplet Quality of Carryover from Free Surface using Throttling Calorimeter
12.4.1 - Comparison Between Different Immersed Boundary Conditions for Simulation of Complex Fluid Flows
12.4.2 - Direct Numerical Simulation of a Liquid-Solid Fluidized Bed
12.4.3 - Development of an Initial Drop-Size Distribution Model and Introduction in a CFD Code to Predict Spray Evolution
12.5.1 - Mesoscale simulations of particulate ows with parallel distributed Lagrange multiplier technique
12.5.3 - Direct numerical simulation of particle dispersion in swirling jets
12.6.1 - Dynamical Vortex-shedding from a Zigzagging Rising Bubble
12.6.2 - Direct Numerical Simulation of Saturated Deformable Fibrous Porous Media
12.6.3 - An Immersed Boundary Method for Interacting Particles
12.7.1 - A polydisperse two-fluid model for bubble plume under breaking waves
12.7.2 - Fine Particle Laden Flow Simulations with Simplified Eulerian-Eulerian Approach
12.7.3 - Particle Dispersion under Tidal Bores: Application to Sediments and Fish Eggs
13.1.1 - Experimental Investigation and Physical Modeling of a Two-Phase Bubbly Flow in Horizontal Pipe
13.1.2 - LDV techniques to simultaneously measure gas and particulate phase velocities in a jet plume in a 2D bubbling fluidized bed
13.1.2 - Comparison between DNS and DEM-CFD coupling mesoscopic simulation for 2-D spouted fluidized bed
13.2.1 - Droplet internal recirculation measurement by micro-PIV
13.2.2 - Dynamics of droplet formation in a microfluidic T-Junction
13.2.3 - Viscoelastic Drop Deformation in a Micro-Contraction
13.2.4 - Novel Study on Heterogeneous Boiling Nucleation with Solid Wall Condition
13.3.1 - Design of a High Temperature Axial Viewing System for Experimental Studies of Single Tube Reflood
13.3.2 - Liquid Films and Droplet Deposition in a Fuel Rod Bundle Geometry under Adiabatic Conditions
13.3.3 - Flow Measurements Inside a Rod Bundle using DPIV and MIR
13.3.4 - Experiments on steam condensation in a 3-scale nozzle using light extinction and high speed camera
13.4.1 - Hybrid Eulerian-Lagrangian Methods For Free Surface Flow Simulations
13.4.3 - Efficient algorithm for design and analysis of binary condensation experiments
13.4.4 -A Detached Direct Numerical Simulation of Turbulent Two-Phase Bubbly Channel Flow
P1.26 - Drying Behavior of High Load Multiphase Droplets at High Temperature Conditions
P1.29 - Comparison between 2-D CFD and 1-D code for Wave Growth Simulations
13.5.1 - Generation of Three Dimensional Nonwoven Structures for Simulation of Fluid Flow and Particle Deposition
13.5.3 - The Sub-grid Hydrodynamic Behavior of Accelerating Gas-solid Flows
13.6.1 - Multiple-Way-Coupling of Air-Fiber-Droplet Phases in the Polyurethane-Fiber-Reinforced Composite Spray Molding Manufacturing Process
13.6.2 - Two-phase Plug Flow Distribution at a Meso-scale T-junction – Effect of Plug Bubble Length
13.6.4 - Inhomogeneous Compressible Numerical Analysis with Phase Change of the Mixing Phenomenon in Two-Phase Ejector using CO2
13.7.1 - A new Microstructure Design for Evaporation and Superheating
13.7.2 - Numerical simulation of 3D pool boiling using Cahn-Hilliard equation
13.7.4 - Visual study on flow patterns during convective boiling inside
14.1.1 - Phase Distribution Characteristics of Oil-Water Dispersed Flow in Vertical Pipe
14.1.2 - Clustering of mono-disperse and bi-disperse particles in a “box of turbulence”
14.1.3 - Experimental study of turbulence-induced collisions of small inertial droplets
14.1.4 - Dynamic Drop Size Measurement in Vertical Annular Two-phase Flow
14.1.5 - Visualization of droplet entrainment in turbulent stratified pipe flow
14.2.1 - Immiscible liquid-liquid two-phase flow in a micro-channel: flow pattern, void fraction and pressure drop investigations
14.2.2 - Numerical Simulation of Two Phase Flow Mixing in Microchannel with Internal Features
14.2.3 - Numerical Simulations of Solid Particle Motion in Rarefied Flow Using VOF
14.2.4 - On the importance of buoyancy in Taylor flow in horizontal microchannels
14.3.1 - PTV Measurements to Study Void Fraction Influence on the Liquid Phase Turbulence in Subcooled Boiling Flow
14.3.2 - High sensitivity capacitance probe for liquid and gas dispersions in a conductive liquid
14.3.3 - Optical Liquid film characterization in horizontal annular two-phase gas liquid flow
14.3.4 - Measuring of particle size distributions in stirred tanks
14.4.1 - A Priori Test of Effective Drag Modeling for Filtered Two-Fluid Model Simulation of Circulating and Dense Gas-Solid Fluidized beds
14.4.2 - Robust numerical schemes for Eulerian spray DNS and LES in two-phase turbulent flows
14.4.5 - Two Phase Cross Jet in a Fuel Rod Assembly Using DNS/Level-Set Method
14.5.1 - Evaluation of a Lagrangian Discrete Phase Modeling Approach for Resolving Cluster Formation in CFB Risers
14.5.2 - Effect of Temperature on Onset Velocity of Turbulent Regime in Gas Fluidized Beds
14.5.3 - Investigation of the distributed addition of gas to a fluidized bed reactor
14.5.5 - 3D Unsteady Numerical Simulation of the Hydrodynamic of a Gas Phase Polymerization Pilot Reactor
14.6.1 - Coupling chemical reactions with mass transfer around a bubble rising in molten glass
14.6.2 - Reactive Multiphase Flow Simulation of Uranium Hexafluoride Conversion Reactor
14.6.3 - Validation of a lattice Boltzmann simulation of metal oxide reduction in a packed bed using experimental measurements
14.6.4 - CFD Analysis of Large Scale Entrained-Flow Gasifier for IGCC Power Plants
14.7.1 - Performance Evaluation of a Horizontal Helically Coiled Tube in Boiling Heat Transfer Enhancement and its Effect on Pressure Drop
14.7.3 - A Comprehensive Mechanistic Model for the Prediction of Vertical Subcooled Boiling Flows
14.7.4 - An Experimental Study on Boiling Phenomenon in a Liquid Layer
15.1.2 - Measurement of spatial correlation of droplet-gas velocity in a confined spray
15.1.3 - Transition to turbulence in a dispersed liquid-liquid horizontal flow
15.1.4 - 3-D Droplet Dispersion in a Cylinder Wake Flow
15.2.1 - Scaling and dynamics of microbubble generation in microfluidic T-junction
15.2.2 - Two-phase PIV/PTV measurement of bubbly flow across pin fins in a micro-channel
15.2.3 - Molecular Dynamics Study of Vapor-liquid Equilibrium Condition for Nanodroplet
15.2.4 - Numerical evidence for a novel non-axisymmetric bubble shape regime in square channel Taylor flow
15.3.1 - An attempt to image single-phase and two-phase flow velocity profiles by using nuclear magnetic resonance
15.3.2 - Effect of Return Bends on Kerosene-Water Flow Through a Horizontal Pipe
15.3.4 - A Simultaneous Upward/Downward Two Phase Flow (Viscous Liquid-Gas) Variable Inclination Test Loop
15.4.1 - Separation and Taking Off in a Fluidised Bed: Comparison between Experimental Measurements and 3D Simulation Results
15.4.2 - Fluid Catalytic Cracking Process Intensification using a Rotating Fluidized Bed in a Static Geometry
15.4.3 - Study on the Critical Stable Region of Magnetically Fluidized Beds Based on Voids Fluctuation Analysis
15.4.4 - Numerical simulation of turbulent gas-particle flow in a riser using a quadrature-based moment method
15.5.1 - Black Powder Erosion in Sales Gas Pipeline Bends
15.5.2 - Prediction of T-junction mixing via Lagrangian tracking of tracer particles
15.5.3 - Relations between preferential sampling and turbophoresis of inertial particles
15.5.4 - Four-way coupling of dense particle beds of black powder in turbulent pipe flows
15.6.1 - Mass transfer of a rising bubble in a molten glass
15.6.2 - The Effect of Flow Structure in the Narrow Gap of the Rotational Disk on the Photoresist Stripping Rate
15.6.3 - A Multicomponent and Multiphase Model of Reactive Wetting
15.6.4 - Numerical Simulation of n-Heptane Spray Auto-Ignition
P1.30 - RANS Modeling of a Particulate Turbulent Downward Jet
P1.31 - The Effect of Bubbles on a Heat Transfer in a Turbulent Downward Gas-Liquid Flow in a Pipe: Experimental and Numerical Study
P1.32 - Profile of a thin liquid film near a solid surface discontinuity driven by air-shear
P1.37 - Modelling of Turbulence in Bubbly Flows
15.7.1 - Rewetting of Heated Surfaces by Intermittently Bursting Liquid-Metal Contacts – An Experimental Study
15.7.2 - Single vapor bubble behavior in a shear flow in microgravity
15.7.3 - Application of Liquid Film Characteristics to Predicting Annular Flow Boiling Heat Transfer Coefficients in Mini- and Microchannels
16.1.1 - Characterization of droplet dynamics in a bifurcating channel
16.1.2 - Evaluation of a model for binary condensing flow
16.1.3 - Numerical analysis of high speed droplet impact
16.2.1 - Hindered settling in thixotropic liquids
16.2.2 - Influence of inclusions and gas bubbles on the liquid metal flow: effect of rheology and particle properties
16.2.3 - Experimental validation of the model for calculating the drag reduction during gas/power-law fluid flow
16.3.1 - A 3D Eulerian-Lagrangian Numerical Model for Sediment Transport
16.3.2 - Filtration of Fly Ash Using a Moving Granular Bed Filter
16.3.3 - Bubbly flow through fixed beds contactors. Experiments and modelling in the dense regime
16.4.1 - Numerical simulation of optical diagnostics and comparisons to experiments
16.4.2 - Analysis of Developing Gas/liquid Two-Phase Flows
16.4.3 - CFD simulation of shear induced particle migration
16.5.1 - An Analysis of High Concentration Gas-Solid Flows with a Direct Numerical Simulation Approach
16.5.2 - Measurement of Pollen Settling Characteristics in near Homogeneous Isotropic Turbulence
16.5.3 - Two-Phase Flow Simulations in a Natural Rock Fracture Using the VOF Method
16.6.1 - Bubble and liquid-phase motion in a decaying turbulence field of oscillating-grid turbulence
14.3.5 - Experimental qualification of an Eulerian interfacial area transport equation for modelling dispersed phase behaviour in liquid-liquid extraction columns
P1.42 - Fluctuation characteristics of terrain-induced slug flow in flexible riser: an experimental investigation
P1.43 - Pressure Drop Prediction of Oil-gas-water in Horizontal Pipeline with Super-high Water-cut Based on BP Neural Network
P1.47 - Particle classification in high viscous environment
P1.50 - Modelling a two-phase thermosyphon for heat transfer in micro CHP
P1.51 - Effect of Powder Delivery System Parameters on a Powder Cladding System with one Lateral Nozzle
P1.52 - Determination and study of hold up and flow patterns in two-phase flow liquid-liquid systems for horizontal and inclined pipes using image processing techniques
P1.57 - NEPTUNE_CFD High Parallel Computing Performances for Particle-Laden Reactive Flows
P1.58 - A VOF method coupled with a dynamic contact angle model for simulation of two-phase flows with partial wetting
P1.61 - Modeling Mist Eliminator Devices as Internals of Gravitational Separator Tanks
P1.63 - Finite Volume Modeling of Fully Developed Vertical Annular Flow
P1.64 - Numerical Investigation of Bubble Growth in Subcooled Flow Boiling
P1.67 - QL-EMMS and QL-EMMSn Drag Model for Heterogeneous Gas-Solid Two Phase Flows in the Frame of Eulerian Approach
P1.69 - On CFD practices for cyclone simulation
P1.70 - Unsteady, turbulent, two-phase flow using an Euler/Lagrange approach devoted to two-way coupling conditions
P1.73 - Numerical Study the Flow Characteristics of Gas-Hydrate Slurry Two Phase Stratified Flow
P1.74 - Lagrangian Stochastic modeling of gas-solid flows with two-way coupling
P1.75 - Spray generator for the liquid fuel combustion
P1.77 - Deposition of Solid Particles at Streamlined Surface in Turbulent Flow
P1.78 - Experimental and numerical study of water transport on a generic mirror
P1.79 - Mass transfer cavitation model with variable density of nuclei
P1.81 - Efficient Numerical Solution of One-Dimensional Governing Equations for Evaporating Flow in a Tube
P1.83 - Online Calibration Method for Electrical Capacitance Tomography in pneumatic conveyor
P1.84 - Sensing Characteristics of Electrostatic Sensor Arrays for gas-solid flow measurement
P1.85 - Investigation on the Multiphase Fluid Flow Regime and Pressure Distribution in Wellbores
P1.88 - Modeling of Turbulent Flow with Particle Deposition in Curved Pipes
P1.89 - Effects of Solid Particulates on Coherent Structures in a Horizontal Channel Flow
P2.12 - Modeling the interaction between a liquid jet and a plasma flow with a compressible approach
P2.15 - Red Blood Cell Aggregation and its Role in Blood Passage through a Bifurcation
P2.16 - Numerical Simulation of Bubble Dispersion in a turbulent Couette-Taylor flow
P2.18 - Periodic Void Fraction Waves in Gas-Liquid Cocurrent UpFlow: A Numerical Study
P2.32 - Molten Oxidic Particle Fracture during Quenching in Water
P2.33 - Frosting of Humid Air-flow in a Fin Bundle
P2.34 - DNS up-scaling applied to two-phase momentum balance and volumetric interfacial area transport equation for a vertical bubbly flow
P2.36 - Critical Condition for Individual Particle Penetrating through a Gas-liquid Interface
P2.38 - Point-Force Collision Models for Solid and Fluid Spherical Particles
P2.39 - Hydrodynamic interaction among multiple spherical particles
P2.40 - The Simulation of Air Entrainment in a Hydraulic Jump using Two-Fluid DES and RANS Models
P2.41 - Transient Drift Flux Modeling of Severe Slugging in Pipeline-Riser Systems
16.6.2 - A Full Eulerian finite difference approach for fluid-structure coupling problems
16.6.3 - Droplet Entrainment in Churn Flow
16.7.1 - Influence of Subcooling on Transition from Nucleate to Film Boiling in Microgravity
P1.90 - Passive Scalar Characteristics along Inertial Particle Trajectory in Turbulent Non-isothermal flows
P1.92 - Parallel Block Adaptive Mesh Re?nement For Multiphase Flows
P2.2 - Effects of physical properties on Slug flow in Vertical Flow
P2.6 - The Effect of Surfactant on Two-Phase Flow of Spontaneously Condensing Steam in Transonic Nozzles
P2.8 - Advantages of Rij - e turbulence model for dispersed droplet flow in a vertical pipe
P2.10 - The KROTOS-SERENA tests: experimental results ans MC3D calculations
16.7.2 - CHF in a Non-Uniform Circumferential Heating Tube under Low-Pressure and Low-Mass-Flux Condition – Influence of the Heated Length
17.1.1 - Eulerian Method for Ice Accretion on Multple-Element Airfoils
17.1.2 - Drop size spectra in sprays from pressure-swirl atomizers
17.1.3 - Influence of an imposed Vertical Current on the Droplet Formation during a Melting Process
17.2.1 - Micro-Scale Liquid-Liquid Segmented Flows for Enzyme Activity Monitoring
17.2.2 - Pressure Drop and Heat Transfer of Single-Phase Flow and Two-Phase Boiling Flow in Thin-Rectangular Channels
17.2.3 - Experimental characterization of the whipping instability of charged jets issued in liquid baths
17.2.4 - A key parameter to characterize Taylor flow in narrow circular and rectangular channels
17.3.1 - Dancing on an Electric Curtain
17.3.2 - Liquid effects on the velocity profile of granular flows in a rotating drum and flow categorization
17.3.4 - Sediment Transport and Dunes in Pipe Flow
17.4.1 - Three-dimensional Unit Slug in a Horizontal Pipeline
17.4.2 - A Coupled Finite Volume Solver for the Simulation of Disperse Multiphase Flows
17.4.3 - Large Eddy Simulation Study of Gas Turbine Lube Oil Nozzles
17.4.4 - A new Volume of Fluid model for modeling wetting effects. Application to the impact of emulsion O/W droplets on a moving plate
17.5.1 - Modelling Mixed Flows in Civil and Environmental Engineering : A 1D Three-phase Approach
17.5.2 - A numerical investigation of constant-volume non-Boussinesq density currents
17.6.1 - Numerical Investigation of Methane/Oxygen and Methane/LOX Counterflowing Spray Flames at Elevated Pressure
17.6.3 - Studies on chemical reactions in liquid phase by applying flat micro reactors for the model-based determination of inherent kinetics
17.6.4 - Continuum simulations of CO2 capture by dry regenerable Potassium based sorbents
P1.38 - On the Simulation of Water-in-Oil Emulsions in Gravity Separators using an Eulerian Three-Phase Flow Model
P1.41 - Cavitating flow simulation with a sharp interface model
P2.42 - 2D Steady State Numerical Model for Critical Two-Phase Flow in a Convergent-Divergent Nozzle with New Critical Criterions
P2.49 - The effect of system pressure on bubble growth in narrow channel
P2.50 - Analysis of Drag and Lift Coefficient Models of Bubbly Flow System for Low to Median Reynolds Number
P2.60 - Experimental Setup to Investigate Gas Solid Heat Transfer in a Riser
P3.56 - In-situ determination of mass flow rate and visualisation of vertical slurry pipeline flows
P2.61 - Turbulent Heat Transfer of Gas-Solid Flow in a Horizontal Channel
P2.62 - Numerical study of single bubble dynamics with dynamic conctact angle using a conservative level set method
P2.63 - Direct Measurement of Fluid Force on Particles in Liquid by Telemetry System
P2.65 - Modelling particle collisions and agglomeration in gas-particle flows
P2.67 - Dynamics of a bubble pair
P2.68 - Lateral Stability of a Bubble Chain
P2.69 - Effect of Injection Mode of Nozzle on Mixing Characteristics of Evaporating Spray with Crossflow
P2.70 - Flow Patterns in Swirling Gas-Liquid Two-Phase Flow in a Vertical Pipe
P2.73 - Two-fluid model for 1D simulations of water hammer induced by condensation of hot vapor on the horizontally stratified flow
P2.78 - Settling of Cuboid Particles Having Various Aspect Ratios
P2.80 - Analysis on effective factors of bubble plume instability in an aeration tank
P2.82 - Bubble dynamics in a quiescent liquid pool
P3.78 - Electro-kinetic Effects on Heterogeneous Ionic Transport Phenomenon based on Non-Equilibrium Molecular Dynamics Method in Micro-channel Flow
P2.84 - A Simulation on Heat Transfer Characteristics of Solar Cavity Receiver for Hydrogen Production by Gasification of Biomass and Supercritical Water Multiphase Flow
P2.85 - Effects of Droplets Impingement on a Heated Plate Composed of Hydrophilic Surfaces and Super-hydrophilic Surfaces
P2.86 - Research on Performance of Low-Temperature Exhaust Steam Reclamation Device
P3.3 - Heat Transfer Analysis of a Spherical Particle in Rarefied Slip Regime
P3.12 - Numerical simulation of Non-isothermal calendering viscoplastic fluids
P3.14 - Refrigerant flow void fraction measurements by a capacitive measurement technique
P3.15 - Eulerian Simulations of Polydisperse Flows using a Moments Model with a Relaxation Approach for the Moment Transport Velocities
P3.17 - Two-phase Flow Pressure Change across Sudden Expansions in Small Rectangular Channels
P3.19 - Experimentally Measured Interfacial Area during Gas Injection into Saturated Porous Media: An Air Sparging Analogy
P3.22 - Liquid flushing of an undulating pipeline
P3.25 - Image Texture Features of Gas/liquid Two-phase Flow in Horizontal Pipes
P3.26 - Measurement of Gas-liquid Two-phase flow using Ring-shaped Conductance Sensor
P3.28 - Experimental study on effects of different inlet conditions on iron ore pellets drying process
P3.29 - Analysis of time-dependent spray structures of spray processes in enclosures
P3.30 - A New Perspective for Investigating Two-Phase Flow: Complex Networks
P3.36 - Anisotropic Lennard-Jones fluids in a nanochannel
P3.37 - Mixing observations in a two component fluidized bed
P3.39 - Numerical Simulation of Gas-Liquid Wetted Wall Flows on an Inclined Plate
P3.41 - Application of supercritical water Fluidized bed reactor in the process of coal gasification for hydrogen production
P3.43 - Visualization of Water Distribution in Gas Diffusion Layer of Fuel cell using 2-D and 3-D X-ray radiography
P3.45 - Bubble behavior in glass rectangular microchannels
P3.46 - Thin-gap electrochemical microreactor: effect of operating pressure and electrode surface roughness
P3.48 - The Flow Rate Measurement of Oil-Water Two Phase Flow Using Turbine Flow Meter and γ Ray Densitometry
P3.49 - Study of gas-water two-phase flow in coal matrix
P3.50 - Study of Fluid Phase Characteristics and Pressure Calculation Methods of Condensate Gas Well
P3.52 - The Flow Pattern Study of Oil-gas-water Three-phase Flow in Horizontal Circular Gathering and Transferring Pipeline in Oil Field
P3.53 - Experimental Study and Flow Visualization of Gas Entrainment in Downward Flow
P3.57 - LES Simulation of Gas-Solid Two-Phase 3D Wake of a Square Cylinder Confined in a Channel
P3.51 - Experimental study of using ultrasonic methods to determine the solid fat content and particle size during phase transitions
P3.55 - Spectral analysis of dynamic behaviour of the continuous phase in liquid fluidized bed
P3.58 - Two-way numerical study of bubbly upflows in a vertical channel using the Euler-Lagrange model
P3.59 - Image Based Measurement of Particle Phase Reynolds Stresses in a Laboratory Scale Circulating Fluidized Bed
P3.60 - Influence of the pipe diameter in dispersed oil-water flows
P3.61 - Investigation of the shifting-parameter as a function of density in the fluidization of a packed bed
P3.73 - Development of Numerical Scheme on Fluid-Structure Interaction for a Flexible Object
P3.77 - Investigation on heavy crude oil-water two phase flow and related flow characteristics
P3.80 - Flow Rate Measurement of Slug Flow Based on Dual-Plane Cross-Section Information System
P3.81 - Preparation and Heat Transfer Behavior of Paraffin based Composites Containing Nano-copper Particles
Effects of Bubbles on Turbulent Flows in Vertical Channels
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