Advances in fluid mechanics
著者
書誌事項
Advances in fluid mechanics
（WIT transactions on engineering sciences, v. 52,
WIT Press, c2006-
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注記
Papers presented at the 6th-9th Advances in Fluid Mechanics Conference
Includes bibliographical references and index
内容説明・目次
- 巻冊次
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7 ISBN 9781845641092
内容説明
This book reflects the state of the art in fluid mechanics. The study of fluid mechanics involves various properties of the fluid, such as velocity, pressure, density and temperature, as functions of space and time. Featuring the latest developments, this book contains edited versions of the papers presented at the Seventh International Conference on Advances in Fluid Mechanics. Contributors from all round the world cover a wide range of topics, while particular emphasis is placed on new applications and research currently in progress.Invaluable to scientists, engineers and other professionals interested in the latest developments in theoretical and computational fluid mechanics, this volume encompasses: convection, heat and mass transfer; experimental versus simulation methods; computational methods in fluid mechanics; multiphase flow; boundary layer flow; non-newtonian fluids; hydraulics and hydrodynamics; wave studies; industrial applications; biofluids; turbulence flow; permeability problems; environmental fluid mechanics; petroleum engineering applications; and fluid structure interaction.
目次
- Section 1: Computational methods in fluid mechanics Ice accretion simulation on finite wings with extended Messinger Method
- Influence of linear and non-linear constitutive models on thermoacoustic waves in an enclosure
- Prediction of laminar flow over a back facing step using new formula of penalty parameter
- An inverse approach for airfoil design
- Simulation of flow in two-sided lid-driven square cavities by the lattice Boltzmann method
- Validation of a CFD model for flow in meandering rivers using an experimental test-setup: first results
- Integration of 3D incompressible free surface Navier-Stokes equations on unstructured tetrahedral grid using distributed computation on TCP/IP networks
- CFD modeling of turbulent boundary layer flow in passive drag-reducing applications Section 2: Environmental fluid mechanics Stability of meridionally-flowing grounded abyssal currents in the ocean
- Experimental tests and Computational Fluid Dynamics (CFD) simulations of barriers installed around open storage piles of raw materials
- Evaluation of diffusion models for airborne nanoparticles transport and dispersion
- Numerical study of the effect of the type of fuel on pollutant emissions in a diesel engine Section 3: Experimental versus simulation methods Macroscopic conservation equation based model for surface tension driven flow
- Characteristics of the flow over a NACA 0012 airfoil at low Reynolds numbers
- An experimental investigation of the reduced frequency effects into pressure coefficients of a plunging airfoil
- Semi-empirical formulas of drag/lift coefficients for high speed rigid body manoeuvring in water column
- Flow separation patterns in a 60-degree junction
- A numerical and experimental study of a thin, high cambered airfoil at a low Reynolds number
- Numerical and experimental results for the warming of cylindrical timber segments
- Experimental study on the oscillation of a separating shear layer in a cavity Section 4: Multiphase flow Study of bubbling fluidization dynamics via Digital Image Analysis Technique
- New ways of fluidization in a centrifugal field
- Displacement of non-Newtonian compressible fluids in plane porous media flow
- Rayleigh-Benard convection flow with liquid/solid phase transition in a low gravity field
- A five-equation dissipative model for the simulation of two-phase flows
- Comparison of mixing between single- and bubbly two-phase systems in a Rushton stirred tank
- Commercial scale slurry bubble column reactor optimization
- An application of contact melting theory to skates sliding on ice
- Subgrid particle method for porous media and suspension flow Section 5: Hydraulics and hydrodynamics Considering bottom curvature in depth-averaged open-channel flow modelling, based on curvilinear coordinates
- Analytical investigation of ice floe drift in the marginal ice zone
- Influence of vegetation on the propagation of flood waves
- Design of 'Smart' pebble for sediment entrainment study
- An active controlling technique for a flow around a circular cylinder
- Hydrodynamics of long jet impingement Section 6: Heat and mass transfer BEM for compressible convection flow in porous media
- Experimental study of heat transfer from in-line tube bundles to upward foam flow
- Flow patterns and heat transfer in square cavities with perfectly conducting horizontal walls: the case of high Rayleigh numbers (106-109)
- Natural convection in tubes - a solar water heating application
- Numerical simulations of variable density starting jets
- Modelling the hot rolling process using a finite volume approach Section 7: Industrial applications Air flow induced vibration of the head carriage arm in a simulated hard disk drive using a large eddy simulation
- Boiler safety improvement for safety controls utilizing flow measurement for input
- Modeling of north triumph gas reservoir for carbon-dioxide Sequestration - a case study Section 8: Wave studies A mathematical and numerical study of roll waves
- Long axisymmetrical waves in a viscous ocean around a circular island
- Travelling waves for two coupled Korteweg-de Vries equations
- 巻冊次
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6 ISBN 9781845641634
内容説明
Originally presented at the Sixth International Conference on Advances in Fluid Mechanics, this book contains work at the cutting edge of fluid mechanics. The basic formulations of fluid mechanics and their computer modelling are discussed, as well as the relationship between experimental and analytical results. This book should be a seminal text to scientists, engineers and other professionals interested in the latest developments in theoretical and computational fluid mechanics. Topics of interest include: Convection, Heat and Mass Transfer; Experimental versus Simulation Methods; Computational Methods in Fluid Mechanics; Multiphase Flow and Applications; Boundary Layer Flow; Non-Newtonian Fluids; Material Characterisation in Fluids; Fluid Structure Interaction; Hydrodynamics and hydrodynamics; Wave Studies; Industrial Applications; Turbulence Flow; Biofluids and Permeability problems.
目次
- Section 1: Computational methods in fluid mechanics The performance of drag models on flow behaviour in the CFD simulation of a fluidized bed
- Solution of the incompressible Navier-Stokes equations via real-valued evolutionary algorithms
- A parallel computing framework and a modular collaborative cfd workbench in Java
- A parallel ILU strategy for solving Navier-Stokes equations on an unstructured 3D mesh
- On the mathematical solution of 2D Navier Stokes equations for different geometries
- A computational method for pressure wave machinery to internal combustion engines and gas turbines
- Aerodynamic flow simulation
- Simulations of viscoelastic droplet deformation through a microfluidic Contraction
- Simulation of single bubble rising in liquid using front tracking method Section 2: Experimental versus simulation methods Pilot simulation of the temperature field of a continuous casting
- Experimental and computational investigation of kinematic mixing in a periodically driven cavity
- Computational Fluid Dynamics (CFD) use in the simulation of the death end ventilation in tunnels and galleries
- Prediction of high-speed rigid body manoeuvring in air-water-sediment
- Experimental study and modelling of the kinetics of drying of urban wastewater treatment plant sludge
- Experimental investigation of grid-generated turbulence using ultrasonic travel-time technique
- Aluminized composite solid propellant particle path in the combustion chamber of a solid rocket motor
- Simulation of unsteady muzzle flow of a small-caliber gun Section 3: Hydraulics and hydrodynamics Hot spots and nonhydraulic effects in surface gravity flows
- Finite amplitude evolution of frictionally destabilized abyssal overflows in a stratified ocean
- Watershed models and their applicability to the simulation of the rainfall-runoff relationship
- Dynamic pressure evaluation near submerged breakwaters
- Mean flow effects in the nearly inviscid Faraday waves
- High frequency AC electrosprays: mechanisms and applications Section 4: Fluid structure interaction A structured multiblock compressible flow solver SPARTA for planetary entry probes
- Eulerian simulations of oscillating airfoils in power extraction regime
- Laboratory tests on flow field around bottom vane Section 5: Convection, heat and mass transfer Velocity vorticity-based large eddy simulation with the boundary element method
- Flow and heat transfer characteristics of tornado-like vortex flow
- Modeling fluid transport in PEM fuel cells using the lattice-Boltzmann approach
- Painleve analysis and exact solutions for the coupled Burgers system Section 6: Boundary layer flow New scaling parameter for turbulent boundary layer with large roughness
- Stratified flow over topography: wave generation and boundary layer separation
- Group analysis and some exact solutions for the thermal boundary layer Section 7: Multiphase flow Cavity length and re-entrant jet in 2-D sheet cavitation
- Numerical results for coagulation equation with bounded kernels, particle source and removal
- Volume of fluid model applied to curved open channel flows
- Drag reduction in two-phase annular flow of air and water in an inclined pipeline
- Fluid flow simulation in a double L-bend pipe with small nozzle outlets
- Stability analysis of dredging the flow sediment regiment upstream a dam Section 8: Non-Newtonian fluids Viscous spreading of non-Newtonian gravity currents in radial geometry
- Axisymmetric motion of a second order viscous fluid in a circular straight tube under pressure gradients varying exponentially with time
- The flow of power law fluids between parallel plates with shear heating Section 9: Wave studies Second-order wave loads on offshore structures using the Weber's transform method
- Rear shock formation in gravity currents
- Nonlinear dynamics of Rossby waves in a western boundary current Section 10: Industrial applications Assessment of aerodynamic noise in an industrial ventilation system
- Airflow modeling analysis of the Athens airport train station
- An industrial method for performance map evaluation for a wide range of centrifugal pumps
- Large eddy simulation of compressible transitional cascade flows
- CFD modelling of sludge sedimentation in secondary clarifiers
- Hydro-power plant equipped with Pelton turbines: basic experiments relating to the influence of backpressure on the design Section 11: Turbulence flow CFD modelling of wall-particle interactions under turbulent flow conditions
- Exact statistical theory of isotropic turbulence
- The SGS kinetic energy and the viscous dissipation equations as closure relations in LES
- Deforming mesh with unsteady turbulence model for fluid-structure Interaction
- Dispersion of solid saltating particles in a turbulent boundary layer Section 12: Biofluids An exact solution of the Navier-Stokes equations for swirl flow models through porous pipes
- Experimental investigation of flow through a bileaflet mechanical heart valve
- Numerical analysis of blood flow in human abdominal aorta Section 13: Permeability problems Revising Darcy's law: a necessary step toward progress in fluid mechanics and reservoir engineering
- Hydrodynamic permeability prediction for flow through 2D arrays of rectangles
- Analytical approach predicting water bidirectional transfers: application to micro and furrow irrigation
- The meniscus depression of a porous spherical particle at the three phase contact line
- 巻冊次
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8 ISBN 9781845644765
内容説明
This book discusses the basic formulations of fluid mechanics and their computer modelling, as well as the relationship between experimental and analytical results. Containing papers from the Eighth International Conference on Advances in Fluid Mechanics, the book will be a seminal text to scientists, engineers and other professionals interested in the latest developments in theoretical and computational fluid mechanics. The conference covered a wide range of topics, with emphasis on new applications and research currently in progress, which include: Computational Methods; Experimental Measurements; Hydrodynamics; Fluid Structure Interaction; Multiphase Flow; Applications in Biology; Electronic Components Cooling.
目次
- Contents Section 1: Computational methods Turbulence modeling with the boundary element method
- On properties of turbulence models
- Turbulence combustion closure model based on the Eddy dissipation concept for large eddy simulation
- Computational study on non-asymptotic behavior of developing turbulent pipe flow
- Vorticity Confinement method applied to flow around an Ahmed body and comparison with experiments
- A new class of exact solutions of the Navier-Stokes equations for swirling flows in porous and rotating pipes
- Implementation of an LES mixed subgrid model for the numerical investigation of flow around a circular cylinder at Re = 3,900 and 140,000
- Adaptive meshfree method for thermo-fluid problems with phase change
- Particle level set implementation on the finite volume method
- Bidimensional modeling for incompressible viscous flow using the Circumcenter Based Approach in an unstructured grid
- Pressure-enthalpy coupling for subsonic flows with density variation
- Study of ventilation reversion of airflow in mining roadways and tunnels by CFD and experimental methods
- Dam break Smoothed Particle Hydrodynamic modeling based on Riemann solvers
- Numerical modelling of the filling of formworks with self-compacting concrete
- Analysis of tunnel compression wave generation and distortion by the lattice Boltzmann method
- A universal multi-dimensional charge and mass transfer model
- Numerical investigation of the jet formation through the oscillation of a bubble between a couple of parallel walls
- The VOF method applied to the numerical simulation of a 2D liquid jet under gravity
- Large eddy simulation of particle laden jet flow with aerodynamic three-way coupling
- High quality triangular grid generation for the risk analysis of a special lagoon Section 2: Experimental measurements Validation of airflow measurement in ducts using Laser Doppler Anemometry and Computational Fluid Dynamics modelling
- Flow field assessment in a vertical axis wind turbine
- Characteristics of boundary layer flow induced by a solitary wave Section 3: Hydrodynamics Peculiarities of hydrodynamics in the evaporation of hydrocarbon droplets
- Exact solutions of the two-dimensional Boussinesq and Dispersive water waves equations
- Modelling gravity-driven flow over uneven surfaces
- Sizing of a plastic chamber with air-filled balls for water hammer control
- Capture flows of funnel-and-gate reactive barriers without gravel packs
- Airfoil cascades with bistable separation control
- Surface forces and wetting features in drops and capillaries
- Power optimization of the complex pumping system Section 4: Fluid structure interaction Hydrodynamic loading on elliptic cylinders in regular waves
- Wave effect on the trajectory of a high-speed rigid body in a water column
- Dispersion relation of flow-induced wave of a flexible web subjected to fluid flow in a narrow gap
- Fluid/structure interaction analysis using the Smoothed Particle Hydrodynamic method
- Environmental impacts on coastal structures with a case evaluation of armor stone protection at Keweenaw Waterway, USA
- Numerical simulation of reservoir fluctuation effects on the nonlinear dynamic response of concrete arch dams
- Fluid-structure simulation of a viscoelastic hydrofoil subjected to quasi-steady flow Section 5: Multiphase flow Visualization of ultrasonic cavitation in visible and IR spectra
- Question for Euler-Lagrange type simulator from a view point of macroscopic properties of gas-liquid multiphase flow
- Control of a magnetic fluid drop moving in a viscous fluid inside a cylinder
- The development and water-air two-phase test results of an electrical submersible pump visualization prototype
- Simulation of multiphase flows with variable surface tension using the Lattice Boltzmann method
- Tetra-marching procedure for high order Level Contour Reconstruction Method
- A qualitative model of flashing across an aperture with a pressure differential Section 6: Applications in biology Modelling nanoparticle transport in an animal exposure chamber: a comparison between numerical and experimental measurements
- The influence on Dobutamine docking of blood flow around the sinoatrial node Section 7: Electronic components cooling Enhancement of conjugate heat transfer from electronic chips with a rotating tri-vane assembly
- Experimental study of the turbulent flow around a single wall-mounted prism obstacle placed in a cross-flow and an impinging jet
- 巻冊次
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9 ISBN 9781845646004
内容説明
Containing papers from the Ninth International Conference on Advances in Fluid Mechanics, this book discusses the basic formulations of fluid mechanics and their computer modelling, as well as the relationship between experimental and analytical results. Scientists, engineers, and other professionals interested in the latest developments in theoretical and computational fluid mechanics will find the book a useful addition to the literature. The book covers a wide range of topics, with emphasis on new applications and research currently in progress, including: Fluid Structure Interaction; Computational Methods; Multiphase Flow; Environmental Fluid Mechanics; Turbulent Flow; Bubble and Drop Dynamics; Heat and Mass Transfer; Hydrodynamics; Applications in Biology.
目次
- Contents Section 1: Fluid structure interaction Nonlinear diffraction of water waves: a classical perturbation method
- Design and testing of wind deflectors for roof-mounted solar panels
- PIV measurements of laminar flow around a hemisphere
- Oil squeezing power losses in gears: a CFD analysis
- Complete Francis turbine flow simulation at Derbendikan power station
- The characteristics of open cavity flow with a length to depth ratio of 4 Section 2: Computational methods On gauge fields in fluid turbulence
- Preconditioned HLLC scheme for incompressible viscous flow simulation
- An immersed boundary method for simulating compressible viscous flow in complex geometries
- Computational design of the flow properties of foams
- Assessment of two pressure-velocity coupling strategies for local meshless numerical method
- Numerical investigation of swirl flow inside a supersonic nozzle
- Numerical study of battle damaged two-dimensional wings
- Simulation of fluid-structure interaction for an elastic cylinder in an axial flow
- Numerical simulation of vortex-induced vibration of a pivoted cylinder using the spectral element method
- Droplet interaction and dynamic wettability of advanced materials used in aeronautics Section 3: Multiphase flow On radiation absorption effects and air humidity influence on evaporating water droplets and vapour condensation intensity
- Emulsion compression and coalescence under enhanced gravity studied with in-situ microscopy
- Steady state numerical model for critical two-phase flow in a nozzle
- Experimental and numerical investigation of boiling flow in a vertical pipe with phase change using a multi-fluid modelling approach
- Validation of the CFD model for prediction of flow behaviour in fluidized bed reactors
- Study of a fluidized bed reactor for gasification of biomass
- Liquid - gas interface under hydrostatic pressure
- Multifield hybrid approach for bubble to slug flow transition modelling
- Development of a computationally efficient bubble column simulation approach by way of statistical bubble micro-flow modelling
- Computational and experimental analysis of the churning power losses in an industrial planetary speed reducer Section 4: Environmental fluid mechanics Water and contaminant flux estimation from multi-layer passive flux meter measurements
- Meridional flow of grounded abyssal currents on a sloping bottom in spherical geometry
- The Italian Data Buoy Network (RON) Section 5: Turbulent flow PIV measurements on the formation of the flow field and aerosol particle distribution in a turbulent square duct flow
- Numerical simulation of coaxial turbulent jet with and without discrete particles
- Three-dimensional mixture theory simulations of turbulent flow over dynamic rippled beds
- Validation of a stochastic droplet breakup model applied to a liquid jet in turbulent crossflow Section 6: Bubble and drop dynamics Air - water: two phase flow behavior in a horizontal pipe using computational fluids dynamics (CFD)
- Isenthalpic oscillations with quadratic damping in saturated two-phase fluids
- Study of the application of Acoustic Emission technology for on-line monitoring of bubble phenomena and flow patterns in two-phase gas-liquid flow
- Acoustic frequency for bubble size correlation using acoustic emissions
- A microfluidic study of oil-water separation kinetics Section 7: Heat and mass transfer The role of natural convection and density variations in the solidification process of water in an annular enclosure
- Benard convection with rotation and a periodic temperature distribution
- Research on the heat transfer law of gas-liquid two-phase flow in a deepwater wellbore
- On the exact solution of incompressible viscous flows with variable viscosity
- Hybrid synthetic jet actuator with a novel fluidic diode Section 8: Hydrodynamics Superquadratic fluidic restrictors and their applications
- Numerical analysis of the circulation variability in the Zadar channel area (east Adriatic)
- Vortices in micro/nano channel flows
- A turbulence closure based on the maximum entropy method Section 9: Applications in biology Use of heart blood flow analysis in clinical practice
- Application of statistical methods in human airway flow analysis
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