References
1075
Selection: Iron, Steels, and High Per$ormance Alloys,
10th edtion, American Society for Metals,
Metals Park, Ohio, 1990, pp. 603-613.
74.
Connor, L. P., ed.,
Welding Hand Book,
Vol. 1,
Welding Technology,
eighth edition, 1987, pp.
102- 121.
75.
Datasheet No. 11 lb, Weldability testing-Weld cracking tests,
Welding
J.,
February, 73 (1990).
76.
Kautz, H. R., and Herbert,
E.
D., Modem welding techniques and component performance,
Weld-
ing
in the World,
30,
337-341 (1992).
77.
U.
S.
Steel Handbook of Plate Products, U.
S.
Steel Group, Pittsburgh, Pa.
78.
Lohmeier, A., and Reynolds,
S.
D., Jr., Carbon steel tube-to-tubesheet joints for high pressure
feedwater heaters,
Westinghouse Engineer,
September,
138-
143
(
1966).
79.
Jarman, R. A., and Shreir,
L.
L.,
Corrosion of jointed structures-Part 11,
Welding
&
Metal Fabri-
cation,
NovemberDecember, 445-449 (1987).
80.
Kirby, G. N., Corrosion performance of carbon steel, in
Materials Engineering
I:
Selecting Materi-
als for Process, Chemical Engineering,
12 March 1979, pp. 72-84.
81.
Uhlig, H. H.,
Corrosion and Corrosion Control,
John Wiley
&
Son, Inc., New York, 1963.
82. Campbell, H. C., The ABCs of welding metallurgy for plain carbon steels,
Welding
J.,
August,
55-57 (1994).
83.
Metals Handbook,
Vol. 6,
Welding, Brazing, and Soldering,
9th edition
(E.
F. Nippes, ed.), Ameri-
can Society for Metals, Metals Park, Ohio, 1983, pp. 238-244.
84.
Bargett, W.
E.,
and Reeve, L., High strength weldable steel,
Iron and Steel,
Oct./Nov. (1954).
85.
Irvine,
K.
J.,
The development of high strength structural steels, in
Proc. ISI/BZSR, Joint Coifer-
ence,
IS1 Publication 104, ISI, London, 1967.
86.
Carbon and low-alloy steels, in
Welding Handbook,
Vol. 4,
Metals and Their Weldability,
seventh
edition
(Kerns,
ed.), American Welding Society, 1982, pp. 2-74.
87.
Gutzeit, T., Corrosion in petroleum refining and petrochemical operations, in
Metals Handbook,
Vol. 13,
Corrosion,
9th edition, American Society for Metals, Metals Park, Ohio, 1987, pp. 1262-
1287.
88.
Wordemann, G. J., and Dittrich,
S.,
Prevention of temper embrittlement in 2.25Cr-1Mo weld metal
by metallurgical actions,
Welding
J.,
May, 123-s-128-s (1983).
89.
Craig, W. R., Refineries test their metals,
Welding Design
&
Fabrication,
April, 81-85 (1977).
90.
Wilson, A. D., Tougher steels improve pressure vessel performance,
Adv. Mater. Processes,
4,
39-42
(
1993).
91.
Murakami, Y., Nomura, T., and Watnabe, J., Heavy section 2Wr-lMo steel for hydrogenation
reactors, in
Application of 2.250-IMo Steel
for
Thick Wall Pressure Vessels, ASTM STP
755
(G.
S.
Sangdahl and M. Semchyshen, eds.), American Society for Testing and Materials, Philadelphia,
1982, pp. 383-417.
92.
Baumert,
K.
L.,
and Polk, C. J., Temper embrittlement studies on 2.25Cr-1Mo steel,
Mater. Per-
form.,
September, 39-45 (1976).
93.
Swift, R. A., Effects of composition and heat treatment on the mechanical properties of 300 mm
gage 2.25Cr-1Mo steel plate, in
Application of 2.25Cr-IMo Steel for Thick Wall Pressure Vessels,
ASTM STP
755
(G.
S.
Sangdahl and
M.
Semchyshen, eds.), American Society for Testing and
Materials, Philadelphia, 1982, pp. 166- 188.
94.
Imgram, A. G., and Swift, R. A., Pressure vessel, piping and welding needs for coal conversion
systems,
J.
Mater. Energy Systems,
December, 212-221 (1985).
95.
Lukens Plate Steel Specification Guide,
1993, Lukens
S
tee1 Company, Coatesville, Pa.
96.
Yamamoto,
S.,
and Natsume,
S.,
Improvement of toughness of Cr-Mo steel weld metal at low
temperature,
Welding and Metal Fabrication,
April, 1
10-
1 15
(
1986).
97.
Modified 9 Cr-1 MO steel for power plants,
Molybdenum Mosaic,
6,
17, (1982). Climax Molybde-
num Company of Michigan.
98.
Ritche, R.
O.,
Parker, E. R., Spencer, P.
N.,
and Todd, J. A., A new series of advanced 3Cr-MO-
Ni steels for thick section pressure vessels in high temperature and pressure hydrogen service,
J.
Mater. Energy Systems,
December, 15
1
-
162 (1964).
99.
Brown,
R.
S.,
How to select the right stainless steel,
Adv. Mater. Processes,
4,
20-24 (1994).