Transport Phenomena II Essentials
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Transport Phenomena II Essentials - The Editors of REA
CHAPTER 8
FORCED CONVECTION
8.1 DEFINITION
(1)
e9780738672472_i0002.jpg(2)
e9780738672472_i0003.jpg(3)
e9780738672472_i0004.jpg(4)
e9780738672472_i0005.jpg(5)
e9780738672472_i0006.jpg(6)
e9780738672472_i0007.jpg(7)
e9780738672472_i0008.jpg8.2 FLOW OVER A FLAT PLATE
8.2.1 LAMINAR FLOW
e9780738672472_i0009.jpgRestrictions:
(1) 0.6 ≤ Pr ≤ 50
(2) 100 < R < Re < Rex,c e9780738672472_img_8771.gif 5 × 10⁵
(3) Evaluate properties at tm
(4) Dissipation is neglected
e9780738672472_i0010.jpgRestrictions:
(1) Pr < 0.05
(2) Re < Rex,c e9780738672472_img_8771.gif 5 × 10⁵
(3) Evaluate properties at tm m
(4) Dissipation is neglected
8.2.2 TURBULENT FLOW
e9780738672472_i0011.jpgRestrictions:
(1) 0.6 ≤ Pr ≤ 60
(2) Properties at tm
(3) Dissipation is neglected
e9780738672472_i0012.jpgRestrictions:
(1) 0.6 ≤ Pr ≤ 60
(2) R = 5 × 10⁵ ex,c
(3) Evaluate properties at tm m
(4) Dissipation is neglected
(5) Obtain A from table 8.1
Table 8.1
8.3 FLOW INSIDE CYLINDRICAL PIPES AND TUBES
8.3.1 LAMINAR FLOW
e9780738672472_i0014.jpgRestrictions:
(1) Fully developed flow
(2) ReD < 2300
(3) Constant surface temperature, ts = constant
(4) Evaluate properties at tmb
(5) e9780738672472_i0015.jpg
e9780738672472_i0016.jpgRestrictions:
(1) 0.48 < Pr < 16,700
(2) Evaluate properties except µs at tmb
Evaluate µs at t s
(3) e9780738672472_i0017.jpg
8.3.2 TURBULENT FLOW
e9780738672472_i0018.jpgRestrictions:
(1) n = 0.4 for t > t
(2) n = 0.3 for ts < tb
(3) 0.7 < Pr < 160 10 ⁴
(4) |ts – tb| < 6°C for liquids |ts – tb| < 60°C for gases
(5) Evaluate properties at tb
(6) Fully developed flow
Effect of starting length is negligible
e9780738672472_i0019.jpg(7) ReD > 2300
e9780738672472_i0020.jpgRestrictions:
(1) 0.7 < Pr < 160
(2) 10⁴ < ReD < 10⁶
(3) Evaluate properties except µs at tb
Evaluate µs at ts
(4) Fully developed flow
(5) Effect of starting length is negligible e9780738672472_i0021.jpg
8.4 HEAT-TRANSFER COEFFICIENT FOR TRANSITION FLOW INSIDE A PIPE
Fig. 8.1
e9780738672472_i0022.jpg