M. Ebadian, and Z. Dong. Handbook of Heat Transfer, chapter 5, McGraw-Hill, New York, Third edition, (1998)
Abstract
This chapter deals with internal flow and heat transfer in ducts such as circular pipes, rect- angular pipes, and other pipes with irregular cross sections. The scope of the chapter is restricted to the study of the steady, incompressible flow of newtonian fluids. The effects of natural convection, phase change, mass transfer, and chemical reactions have been ignored. This chapter is organized according to duct geometry. Hydrodynamics and heat transfer char- acteristics will be presented for each duct in terms of mathematical expressions, tables, and graphs in the corresponding sections. To the authors' knowledge, the most accurate and updated correlations and data for the friction factor and Nusselt number are provided for use in practical calculations.
%0 Book Section
%1 ebadian1998forced
%A Ebadian, M. A.
%A Dong, Z. F.
%B Handbook of Heat Transfer
%C New York
%D 1998
%E Rohsenhow, Warren M.
%E Hartnett, James P.
%E Cho, Young I.
%I McGraw-Hill
%K 76r10-free-convection 80-00-classical-thermodynamics-heat-transfer-general-reference-works
%T Forced convection, internal flow in ducts
%X This chapter deals with internal flow and heat transfer in ducts such as circular pipes, rect- angular pipes, and other pipes with irregular cross sections. The scope of the chapter is restricted to the study of the steady, incompressible flow of newtonian fluids. The effects of natural convection, phase change, mass transfer, and chemical reactions have been ignored. This chapter is organized according to duct geometry. Hydrodynamics and heat transfer char- acteristics will be presented for each duct in terms of mathematical expressions, tables, and graphs in the corresponding sections. To the authors' knowledge, the most accurate and updated correlations and data for the friction factor and Nusselt number are provided for use in practical calculations.
%7 Third
%& 5
@incollection{ebadian1998forced,
abstract = {This chapter deals with internal flow and heat transfer in ducts such as circular pipes, rect- angular pipes, and other pipes with irregular cross sections. The scope of the chapter is restricted to the study of the steady, incompressible flow of newtonian fluids. The effects of natural convection, phase change, mass transfer, and chemical reactions have been ignored. This chapter is organized according to duct geometry. Hydrodynamics and heat transfer char- acteristics will be presented for each duct in terms of mathematical expressions, tables, and graphs in the corresponding sections. To the authors' knowledge, the most accurate and updated correlations and data for the friction factor and Nusselt number are provided for use in practical calculations. },
added-at = {2023-10-23T03:04:48.000+0200},
address = {New York},
author = {Ebadian, M. A. and Dong, Z. F.},
biburl = {https://www.bibsonomy.org/bibtex/25ed41ec8ac553ce0fac501151ed65559/gdmcbain},
booktitle = {Handbook of Heat Transfer},
chapter = 5,
edition = {Third},
editor = {Rohsenhow, Warren M. and Hartnett, James P. and Cho, Young I.},
interhash = {987c158d91e16de8fc97ca05247aab97},
intrahash = {5ed41ec8ac553ce0fac501151ed65559},
keywords = {76r10-free-convection 80-00-classical-thermodynamics-heat-transfer-general-reference-works},
publisher = {McGraw-Hill},
timestamp = {2023-10-23T06:29:18.000+0200},
title = {Forced convection, internal flow in ducts},
year = 1998
}