ASTM (1991f) Standard guide for use of elasto-
Hibbitt, Karlsson and Sorenson, Inc. (1989) Abaqus
meric joint sealants. C 962. Annual Book of ASTM
User's Manual. Version 4.8. Providence, Rhode Is-
Standards, Vol. 4.07. Philadelphia, Pennsylvania:
land.
American Society for Testing and Materials.
Holland, T.J. (1990) Finite element study of joint
Beech, J.C. (1985) Test methods for the movement
seals in portland cement concrete pavements. NCEL
capability of building sealants. The "state of the
Technical Note N-1806. Naval Civil Engineering
art." Materials and Structures, 18(108): 473481.
Laboratory. Port Hueneme, California.
Bueche, A.M. and J.P. Berry (1959) The mecha-
Immergut, E.H. and H.F. Mark (1965) Principles
nisms of polymer fracture. In Fracture (B.L. Aver-
of plasticization. In Plasticization and Plasticizer Pro-
bach et al., Ed.). Cambridge, Massachusetts: MIT
cesses. Advances in Chemistry, Series 48. American
Press.
Chemical Society, Washington, D.C., 1-26.
Karpati, K.K. (1972a) Mechanical properties of
Catsiff, E.H., R.F. Hoffman and R.T. Kowalewski
(1970a) Predicting joint sealant performance of elas-
sealants. I. Behavior of silicone sealants as a func-
tomers by computer simulation. I. Justification of
tion of temperature. Journal of Paint Technology,
method. Journal of Applied Polymer Science, 14: 1143
44(565): 5562.
1158.
Karpati, K.K. (1972b) Mechanical properties of
sealants. II. Behavior of a silicone sealant as a
Catsiff, E.H., R.F. Hoffman and R.T. Kowalewski
(1970b) Predicting joint sealant performance of
function of rate of movement. Journal of Paint Tech-
elastomers by computer simulation. II. Results in
nology, 44(569): 5865.
simple extension and compression. Journal of Ap-
Karpati, K.K. (1972c) Mechanical properties of seal-
plied Polymer Science, 14: 11591178.
ants. III. Performance testing of silicone sealants.
Chaloub, M.S. and J.M. Kelly (1991) Analysis of
Journal of Paint Technology, 44(571): 7585.
infinite-strip-shaped base isolator with elastomer
Karpati, K.K. (1973) Mechanical properties of seal-
bulk compression. Journal of Engineering Mechan-
ants. IV. Performance testing of two-part polysul-
ics, ASCE, 117(8): 17911805.
fide sealants. Journal of Paint Technology, 45(580):
4957.
Collins, A.M., W .D. Mangum, D.W . Fowler, A.H.
Meyer and D.P. Whitney (1986) Improved meth-
Karpati, K.K. (1980) Weathering of silicone seal-
ods for sealing joints in portland cement concrete
ant on strain-cycling exposure rack. Adhesives Age,
pavements. Report No. FHWA/TX-87+3851. Fed-
23(11): 4147.
eral Highway Administration, Washington, D.C.
Karpati, K.K. (1989) Performance of polyurethane
Cook, J.P. (1965a) A study of polysulfide sealants
sealants on a strain-cycling exposure rack. Materi-
for joints in bridges. Highway Research Record, 80:
als and Structures, 22: 6063.
1135.
Karpati, K.K., K.R. Solvason and P.J. Sereda (1977)
Cook, J.P. (1965b) Effects of specimen length on
Weathering rack for sealants. Journal of Coatings
laboratory behavior of sealants. Highway Research
Technology, 49(626): 4447.
Record, 80: 7478.
Kearsley, E.A. and L.J. Zapas (1980) Some meth-
Eisenberg, A. (1984) The glassy state and the glassy
ods of measurement of an elastic strain-energy
transition. In Physical Properties of Polymers, p. 1
function of the Valanis-Landel type. Journal of Rheol-
26. Washington, D.C.: American Chemical Society.
ogy, 24(4): 483500.
Finney, R.H. and A. Kumar (1988) Development
Lynch, L.N. (1990) Asphalt Crack Repair Field Manual
of material constants for nonlinear finite-element
(Draft). NAVFAC MO-102.6. Alexandria, Virginia:
analysis. Rubber Chemistry and Technology, 61(5):
Naval Facilities Engineering Command.
879891.
Malvern, L.E. (1969) Introduction to the Mechanics
Gent, A.N. and P.B. Lindley (1959) The compres-
of a Continuous Medium. New Jersey: Prentice Hall.
sion of bonded rubber blocks. In Proceedings of the
Institute of Mechanical Engineers, 173(3): 111117.
istry and Technology, 55(4): 11231136.
Gent, A.N. and A.A. Meinecke (1970) Compres-
McKenna, G.B. and L.J. Zapas (1986) On the small
sion, bending, and shear of bonded rubber blocks.
strain behavior of peroxide crosslinked natural rub-
Polymer Engineering and Science, 10(1): 4853.
ber. Rubber Chemistry and Technology, 59(1): 130
Green, A.E. and J.E. Adkins (1960) Large Elastic
137.
Deformations. London: Oxford University Press.
Minkarah, I., J.P. Cook and J.F. McDonough (1982)
Hearle, J.W .S. (1982) Polymers and Their Properties,
Magnitude of horizontal movement in jointed con-
Volume 1: Fundamentals of Structure and Mechanics.
crete pavements. Transportation Research Record, no.
New York: Halsted Press.
821, 6167.
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