Page 71 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition
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--�-  ---1--- �--1--ic-t-·+-+-+-+-t-++t----  -···-l-11--f-l--+-f



 .08 �=;::Laminar_;;S_riticaL;Jransition   C
                      _
 1  1  e  Turbulence  ,  Rough  PipP.5-,,_:H,=fc4.==t='t=r=_=  __  $::  =l= _ =_
 E=Y-   Flow   :'."::,.-Zone�,.,--   zon1:_   1�   omp    �  �=i:�$_$_$t _ ::f=:F-!!=1=:.=:.=:..f==_=:_=l=._=i=  __  �_=l=_=$ _ $1�=l=$=l"1
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                                                                     .03
                                                             1-f-+-
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 .QQ8  ,.u..u....u......._u..L..i..u.,c.uul  I   11111  •• u
 103   2   3   4  5  6   8  10 4   2   3   4  5  6   2   3   4  5  6   8  10 6   2   3

 Reynolds  Number   R  -  uO   (   .   Ft.   D.  Ft  ·'  11  ,  .  Ft.2)  =  �
 e  - vT  v  in  Sec.'  rn
                     in  Sec.
                                µ,e
 Figure 2-3.  Moody or "regular"  Fanning friction factors for any kind and size of pipe.  Note:  the friction factor read from this chart is four times the value of the f factor read
 from Perry's Handbook,  6th  Ed.  [5].  Reprinted by permission, Pipe Friction Manual,  1954 by The Hydraulic Institute.  Also see Engineering DataBook,  1st Ed., The Hydraulic
 Institute,  1979 [2]. Data from L.  F.  Moody,  "Friction Factors for Pipe Flow" by ASME [1 ].   �
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