Kuppan T. Heat Exchanger Design Handbook
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I084
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CHAPTER
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Haslinger,
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Moorehead, A.
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5.
Dawson,
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18Cr-2M0, 754
18-SR.
754
1925hM0, 845
2OMo-6, 755
254 Smo, 755
25-~Mo, 755
26-1S, 754
29Cr-4 MO, 754
290-4 Mo-2Ni, 754
3.5% nickel steels, 837
36% Ni-Fe alloy, 837
4.5% MO superaustenitic steels, 792
5% nickel steel, 837
8%
nickel steel, 837
Accumulation of methane, 623
Accuracy
of
the Bell-Delaware method, 289
Acid cleaning of fouling, 412
Acid dosing, 416
Acoustic emission
emission types and characteristics, 935-936
Kaiser effect, 936
sources, 934-935
factors influencing, 937
Acoustic emission testing (AET), 936-937
applications, 938-939
for
leak detection, 939
merits, 939
principle, 934
reference code, 936
Index
[Acoustic emission testing (AET)]
signal analysis, 937
ring-down counting method, 937
testing instrumentation, 936-937
written procedure, 936
Acoustic resonance
acceptance criteria,
sound pressure level (SPL), 448
turbulent buffeting, 448
vortex shedding, 446-448
acoustical Strouhal number, 447
description,
441
-443
tube
solidity effect on sound velocity, 443-444
excitation mechanisms,
446
frequency,
444-445
standing waves, 443-444
Acoustical holography, 933
Added mass, 433,462
Added mass co-efficient, 433, 462, 463
Advantages of compact heat exchangers, 12
Air bumping, 403, 413
Air coolers, 2 I7
Air cooled heat exchangers (ACHE)
air cooler data sheet, 226
airside pressure losses, 223
air velocity, 223
air vs. water cooling, 217-2
18
API Standard 671, 219, 220
capital vs. running cost, 223
1093