Salm, B. (1967) An
attempt to
clarify triaxial creep
St. Lawrence, W.F., and T.E. Lang (1981) A con-
mechanics of snow. In Proceedings of the Interna-
stitutive relation for the deformation of snow.
tional Conference on Physics of Snow and Ice, Sapporo,
Cold Regions Science and Technology, 4: 314.
Japan, 1966 (H. Oura, Ed.), vol. 1, pt. 2, p. 857874.
Switzerland (1990) Richtlinien fur den Lainen-
Institute of Low Temperature Science, Hokkaido
verbau im Anbruchgeblet. Bundesamt fur
University.
Umwelt, Wald und Landschaft, -Eidgenessische
Salm, B. (1971) On the rheological behavior of
Forstdirektion (Bern); Eidgenessische Forschung-
snow under high stresses. Contributions from the
sanstaft fur Wald, Schnee-und Landschaft,
Institute of Low Temperature Science, Hokkaido Uni-
Eidgenessisches Institut fur Schnee-und Lawin-
versity, Series A, vol. 23, p. 143.
enforschung (Weissfluhjoch/ Davos).
Salm, B. (1977) Snow forces. Journal of Glaciology,
Tusima, K. (1973) Tests of the repeated load-
19(81): 67100.
ings of snow. Low Temperature Science, Series A,
Salm, B. (1982) Mechanical properties of snow. In
31: 5768.
Proceedings of a Workshop on the Properties of Snow,
Voitkovsky, K.F., A.N. Bozhinsky, V.N. Golu-
Snowbird, Utah, April 810, 1981; Reviews of Geo-
bev, M.N. Laptev, A.A. Zhigulsky and Yu.Ye.
physics and Space Physics, vol. 20, p. 119.
Slesarenko (1975) Creep induced changes in
struc-
Shinojima, K. (1967) Study on the visco-elastic
ture and density of snow. In The International Sym-
deformation of deposited snow. In Proceedings of
posium on Snow Mechanics, Grindelwald, Switzer-
the International Conference on Physics of Snow and
land, April 15, 1974. IAHS-AISH Publication 114,
Ice, Sapporo, Japan, 1966 (H. Oura, Ed.), vol. 1, pt.
p. 171179.
2, p. 875907. Institute of Low Temperature Sci-
Watanabe, Z. (1980) Tensile strain and fracture of
ence, Hokkaido University.
snow. Journal of Glaciology, 26(94): 255262.
Waterhouse, R.W. (1967) Reevaluation of the hard-
Smith, F.W., R.G. Oakberg, R.L. Brown, J.A.
Kong, W.I. Harrison, and B. Glenne (1982) Me-
ness-strength relationship for snow. USA Cold
chanical propertries test. In Workshop on the Prop-
Regions Research and Engineering Laboratory,
erties of Snow, Snowbird, Utah (R.L. Brown, S.C.
Internal Report 26.
Colbeck and R.N. Yong, Ed.). USA Cold Regions
Weeks, W.F., and R.L. Brown (1992) Snow and
Research and Engineering Laboratory, Special Re-
ice. In The Heritage of Engineering Geology: The
port 82-18.
First Hundred Years (G.A. Kiersch, Ed.). Boulder,
Smith, J.L. (1963) Crushing strength and longitu-
Colorado: Geological Society of America, p. 333
dinal wave velocity in processed snow. USA Cold
350.
Regions Research and Engineering Laboratory,
Wilkinson, D.S. (1988) A pressure-sintering
Technical Report 137.
model for the densification of polar firn and
Smith, J.L. (1965) The elastic constants, strength
glacier ice. Journal of Glaciology, 34(116): 4045.
and density of Greenland snow as determined
Xu, D.M., A.M.O. Mohamad, R.N. Yong, and
from measurements of sonic wave velocity. USA
G.J. Irwin (1993) Wheeled vehicle mobility eval-
Cold Regions Research and Engineering Labora-
uation in deep snowpack. In 1st International Con-
tory, Technical Report 167.
ference on Winter Vehicle Mobility (G.L. Blaisdell,
Smith, N. (1969) Determining the dynamic prop-
Ed.). USA Cold Regions Research and Engineer-
erties of snow and ice by forced vibration. USA
ing Laboratory, Special Report 93-17.
Cold Regions Research and Engineering Labora-
Yong, R.N., and M. Fukue (1977) Performance of
tory, Technical Report 216.
snow under confined compression. Journal of
St. Lawrence, W.F. (1977) A structural theory for
Terramechanics, 14(2): 5982.
the deformation of snow. Ph.D. thesis, Montana
Yong, R.N., and I. Metaxis (1985) Influence of
State University.
age hardening and strain rate on confined com-
St. Lawrence, W.F. (1980) The acoustic emission
pression and shear behavior of snow. Journal of
response of snow. Journal of Glaciology, 26(94): 209
Terramechanics, 22(1): 3749.
216.
Yosida, Z. (1963) Physical properties of snow.
St. Lawrence, W.F., and C.C. Bradley (1975) The
In Ice and Snow; Properties, Processes and Applica-
deformation of snow in terms of a structural
tions (W.D. Kingery, Ed.), p. 485527. Cambridge,
mechanism. In The International Symposium on
Massachusetts: M.I.T Press.
Snow Mechanics, Grindelwald, Switzerland, April
Yosida, Z., M. Sasaya, and T. Utumi (1948) Elas-
15, 1974. IAHS-AISH Publication 114, p. 155
tic modulus and creeping velocity of snow.
170.
Teionkagaku, 4: 11-16 [English abstract].
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