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Brown Fintube

Richard L. Shilling, P.E., B.S.M., B.E.M.E., Manager of Engineering Development, Brown Fintube Company—a Koch Engineering Company Member, American Society of Mechanical Engineers (Section 11, Heat-Transfer Equipment)... [Pg.16]

Figure 10-4A(2). Multitube hairpin fintube heat exchangers. The individual shell modules can be arranged into several configurations to suit the process parallel and/or series flow arrangements. The shell size range is 3-16 in. (Used by permission Brown Fintube Co., A Koch Engineering Co., Bui. B-30-1.)... Figure 10-4A(2). Multitube hairpin fintube heat exchangers. The individual shell modules can be arranged into several configurations to suit the process parallel and/or series flow arrangements. The shell size range is 3-16 in. (Used by permission Brown Fintube Co., A Koch Engineering Co., Bui. B-30-1.)...
Figure 10-10D. Longitudinal fin tubes. (Used by permission Brown Fintube Co., A Koch Engineering Co.)... Figure 10-10D. Longitudinal fin tubes. (Used by permission Brown Fintube Co., A Koch Engineering Co.)...
Brown Fintube s Typical Mechanical Design Data for Fintube Sections As Needed for Design Calculations... [Pg.231]

Figure 10-153C. Shell-side film coefficient, h , for longitudinal fins, flow turbulent. See Figure 10-153A and mechanical data from Table 10-42 for applicable details. The value of h must be corrected using Figure 10-154 and data of Table 10-42. (Used by permission Brown Fintube Co., A Koch Engineering Company, Houston, Texas.)... Figure 10-153C. Shell-side film coefficient, h , for longitudinal fins, flow turbulent. See Figure 10-153A and mechanical data from Table 10-42 for applicable details. The value of h must be corrected using Figure 10-154 and data of Table 10-42. (Used by permission Brown Fintube Co., A Koch Engineering Company, Houston, Texas.)...
A neat form of construction has been designed by the Brown Fintube Company of America. On both prongs of a hairpin tube are fitted horizontal fins which fit inside concentric tubes, joined at the base of the hairpin. Units of this form can be conveniently arranged in banks to give large heat transfer surfaces. It is usual for the extended surface to be at least five times greater than the inside surface, so that the low coefficient on the fin side is balanced by the increase in surface. An indication of the surface obtained is given in Table 9.20. [Pg.546]

The authors wish to acknowledge the several equipment suppliers who have provided information for this paper Brown Fintube Co., Dur O Lok, Gray Tool Co., Hahn Clay, Inc., Ingersol 1-Rand, Inc., Kammer Valves, Inc., Mogas Industries, Inc., UHDE GMBH, and Valvtron Industries. These companies are intended to be representative of component suppliers and types. No warranty or endorsement of these products is made or implied... [Pg.535]

Heat-transfer coefficients, longitudinal finned tubes l in. IPS with by-0.035-in. fins in 3-in. IPS shell. (Brown Fintube Co.)... [Pg.448]

FIGURE 17.8 (a) Axial flow baffle, courtesy of Brown Fintube Company, Houston, Texas, (b) a twisted tube exchanger, courtesy of ABB Lummus Heat Transfer, Bloomfield, New Jersey. [Pg.1248]

Twisted tube bundles are manufactured by a division of Koch-Glitsch and are also marketed by Brown Fintube in Luxembourg and the United Kingdom. [Pg.360]


See other pages where Brown Fintube is mentioned: [Pg.230]    [Pg.231]    [Pg.274]    [Pg.274]    [Pg.546]    [Pg.854]    [Pg.546]   
See also in sourсe #XX -- [ Pg.289 ]




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