Fluid flow phenomena in metals processing / Julian Szekely.

Author
Szekely, Julian, 1934- [Browse]
Format
Book
Language
English
Published/​Created
New York : Academic Press, 1979.
Description
xix, 437 pages : illustrations ; 24 cm

Availability

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    Details

    Subject(s)
    Bibliographic references
    Includes bibliographical references and index.
    Contents
    • INTEGRAL MASS, MOMENTUM, AND ENERGY BALANCES: The integral mass balance
    • The integral momentum balance
    • The integral mechanical energy balance (the engineering bernoulli equation)
    • The friction factor
    • Compressible fluids
    • The application of overall balances
    • THE DIFFERENTIAL EQUATIONS OF FLUID FLOW: The equation of continuity
    • The equation of motion
    • The stream function and vorticity
    • Some special solutions of the navier-stokes equations
    • Exact solutions of the navier-stokes equations
    • TURBULENT FLOW AND TURBULENCE PHENOMENA: Some physical manifestations of turbulent flow behavior
    • The quantitative characterization of turbulent flow
    • The differential equations of turbulent flow
    • Some solutions of the turbulent equation of motion
    • ELECTROMAGNETODYNAMICS OF MELTS: The principal parameters in electrodynamics
    • MHD applications in metals processing
    • NATURAL CONVECTION AND SURFACE TENSION DRIVEN FLOWS: Convective heat and mass transfer
    • Formulation of convective mass transfer problems
    • Surface tension driven flows
    • Surface tension effects in dynamic systems
    • SOLID PARTICLE FLUID SYSTEMS: Single particle fluid systems
    • Flow through packed beds
    • Fluidized beds and conveyed systems
    • Sedimentation and filtration
    • GAS BUBBLES AND DROPLETS IN MELTS: Bubble formation
    • The motion of gas bubbles in liquids
    • Dispersed bubble systems
    • The formation and behavior of droplets
    • GASEOUS AND LIQUID JETS: Free jets
    • Confined jets
    • Impinging jet systems
    • Submerged jet systems
    • FLOW MEASUREMENTS AND THE PHYSICAL MODELING OF METALLURGICAL FLOW SYSTEMS: Measurement of volumetric flow rates
    • Measurement of fluid velocity
    • The Physical modeling of fluid flow problems in metals processing.
    ISBN
    • 0126808406
    • 9780126808407
    Tech. report no.
    78067888
    LCCN
    78067888
    OCLC
    4933623
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