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Heat Transfer Research

 

ISSN for PRINT: 1064-2285

Institutional price:

$2485.00

Issues per year:

8

For Online Access

Best Paper Award Selection - Editorial Board Site

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2008, Volume39

Issue 8

  104 pages  

   

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Issue price - $372.00  

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Table of Contents:

  • Comparison of the Finite-Volume and Discrete-Ordinate Methods and Diffusion Approximation for the Radiative Heat Transfer Equation
    K. Yu. Litvintsev, A. A. Dekterev
    Download article, 653-660 pages
  • Numerical Simulation of Turbulent Flows for Free and Forced Vibrations of Bodies in a Flow
    N. A. Shchur, D. K. Zaitsev
    Download article, 661-670 pages
  • Use of the Microscopic Properties of a Substance for a Thermodynamic Analysis of Thermal Processes
    A. G. Vikulov
    Download article, 671-684 pages
  • Modeling of the Thermal State of the Diesel Cylinder Cover with Allowance for Liquid Flow in the Cooling Cavity
    L. L. Myagkov, E. E. Strizhov, N. S. Malastovskii
    Download article, 685-694 pages
  • Influence of the Synthesis-Gas Temperature on the Efficiency of a Membrane Gas Separator
    N. V. Primak
    Download article, 695-702 pages
  • Dimensionless Base of Experimental Investigation of Thermogasdynamic Parameters in a Twisted Flow with Combustion
    A. I. Gur'yanov, Sh. A. Piralishvili
    Download article, 703-712 pages
  • Control of Heat Transfer in a Vertical Interlayer with Finned Side Walls
    E. O. Maslova, Victor V. Terekhov, V. I. Terekhov
    Download article, 713-721 pages
  • Numerical Investigation of Heat Transfer Enhancement in a Turbulent Flow Past Single Obstacles of Different Configurations in a Tube
    T. V. Bogatko, V. I. Terekhov
    Download article, 723-730 pages
  • Experimental Investigation of Opposing Turbulent Mixed-Convection Heat Transfer in an Inclined Flat Channel with One-Sided Heating. 2. Heat Transfer Variation along Inclined Flat Channels
    Robertas Poskas, Povilas Poskas, Stasys Sinkunas
    Download article, 731-738 pages
  • Experimental Investigation of Opposing Turbulent Mixed-Convection Heat Transfer in an Inclined Flat Channel with One-Sided Heating. 3. Investigations for an Inclination Angle φ = 20° and Generalization of the Data
    Robertas Poskas, Povilas Poskas
    Download article, 739-746 pages
  • Author Index

    Download article (Free download), 747-749 pages
  • Tables of Contents

    Download article (Free download), 751-756 pages
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