The Waste Package Project. Final report, July 1, 1995--February 27, 1996: Volume 1, The structural performance of the shell and fuel rods of a high level nuclear waste container Page: 48 of 94
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Th'e authors recommend that a
.fferent container design, having a
,rved tophead shape, such as an ASME
anged and dished shape as recommended
Reference 6 be fully analyzed. A
ore robust container design, such as a
ultilayer or composite design, be
.vestigated.
-KNOWLEDGEMENT
This research work was done under
grant by U.S. Department of Energy
"E-FC08-90NV10872.
Joe Bosse is hereby acknowledged
or his help typing and preparing the
i gures used in this paper.
-FERENCES
M. LASHKARI, Cosmos/M User Guide,
lume II, release 1.65, Structural
search and Analysis Corp., California
'991).
. O. C. ZIENKIEWICZ, The Finite
cement Method, Third Edition, McGraw
11, Inc.,New York (1985).
. S. TIMOSHENKO, Theory of Plates and
ells, Second Edition, McGraw Hill,
c., New York (1959).
Office of Civilian Radioactive Waste
nagement, "Characteristics of Spent
iel, High level Waste and Other
;dioactive Wastes Which May Require
ng Term Isolation", DOE/RWW-0184,
,DOE, December (1987).
HENRY H. BEDNAR, Pressure Vessel
sign Handbook, Van Nostrand Reinhold
>., Inc., New York (1986).
S.G. LADKANY and B.R. KNISS "
-itical stresses in pintle, weldment
:d tophead of nuclear waste
stainer", High Level Radioactive
-ste Management, Proceedings of the 3=
iternational Conference, Las Vegas,
7ada (1992).
S.G. LADKANY and B.R. KNISS, "A
.idy of a Container for Long Term
Drage of High Level Waste Using
nite Elements." Report to the U.S.
apartment of Energy, University of
rada, Las Vegas, June (1991).
Nuclear Regulatory Commission,
3cking of Radioactive Material forTransport and Transportation of
Radioactive Material Under Certain
Conditions," 10CFR part 71, Federal
Regulations, (1982).
9. L. B. BALLOU, "Current Status of
Waste Package Project Designs for the
Yucca Mountain Project," UCID-100790,
Lawrence Livermore National
Laboratories, July (1989).
10. D.W. GREGG and W.C. O'NEAL,
"Initial Specifications for Nuclear
Waste Package External Dimensions and
Materials," UCID-19926, Lawrence
Livermore National Laboratory,
September (1983).
11. C.L. WU, J. LEE, D.L. WU, and L.J.
JARDINE, Bechtel National, Inc.,
"Effects of a Potential Drop of a
Shipping Cask, a Waste Container and a
Bare Fuel Assembly during Waste-
Handling Operations," SAND87-8082
Sandia National Laboratory, May (1990).
12. C. G. SALMON and J.E. JOHNSON,
Steel Structures, Third Edition, Harper
and Row, New York (1990).
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Ladkany, S.G. & Rajagopalan, R. The Waste Package Project. Final report, July 1, 1995--February 27, 1996: Volume 1, The structural performance of the shell and fuel rods of a high level nuclear waste container, thesis or dissertation, June 1, 1996; United States. (https://digital.library.unt.edu/ark:/67531/metadc672272/m1/48/: accessed April 17, 2024), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.