Actes du colloque - Volume 1 - page 279

290
Proceedings of the 18
th
International Conference on Soil Mechanics and Geotechnical Engineering, Paris 2013
6. The results show the need for additional research to collect
and systematize data and new amendments to generally
accepted formula in the building codes for determining the
foundation settlements with creep. The amendments to the basic
calculation formulae may bring the theoretically derived results
to more practical values on the depth of the main distribution of
compressive stresses, settlement values and the intensity of
creep.
1
REFERENCES
Tsytovich N.A. & Ter-Martirosjan Z.T. 1981.
Bases of applied
geomechanics in construction
. Moscow:VS, 382 p.
Tsytovich N.А. et al. 1967.
Prediction of settlements rates of buildings
and structures
. Moscow: Stroizdat, 239 p.
Bulychov N.S. 1989.
Mechanics of underground structures in the
examples and problems: A study manual.
Moscow: Nedra, 270 p.
Ukhov S.B. et al. 2002.
Soil Mechanics, Foundations
. Moscow: VS,
566 p.
Building Code RK 5.01-01-2002 «
Foundations of buildings and
structures
».
Vyalov S.S. 1978.
Rheological principles of soil mechanics.
Moscow:
Higher Schools Publishing House, 448 p.
Tatsuoka F., Shibuya S. and Kuwano R. 2001.
Advanced laboratory
stress-strain testing of geomaterials.
Netherlands: A.A Balkema
Publishers. Tokyo. 329 p.
Zhakulin A.S.and Zhakulina A.A., Kropachev P.A. 2011.
Water-
saturated soil stress-strain characteristics.
The 14
th
Asian Regional
Conference Soil Mechanics and Geotechnical Engineering. Soil
Mechanics and Geotechnical Engineering: Challenges and
Solutions. Hong Kong. China, p.151-152.
Nakai T.,Shahin H.,Kyokawa H., Miyahara Y. 2011.
Modeling of one-
dimensional consolidation behavior for clays.
The 14
th
Asian
Regional Conference Soil Mechanics and Geotechnical
Engineering. Soil Mechanics and Geotechnical Engineering:
Challenges and Solutions. Hong Kong. China, p.128-129.
Z.G.Ter-Martirosyan. 1990.
Reologic Parameters of the Grounds and
Calculations of the Construction Foundations.
Moscow: Stroyizdat.
291 p.
Zaretskyi Y.K.1988.
The Ground Ductility and Plasticity and
Calculations of the Construction.
Moscow: Stroyizdat. 352 p.
Fadeev A.B. 1987.
The Method of Final Elements in Geomechanics.
Moscow: Nedra. 221 p.
Zhusupbekov A.Z, Zhakulin A.S, Orazaly E.E, Popov. V.N. 2001.
Definition of parameters of consolidation and creep in saturated
soils.
Proceedings of the 15
th
International Conference Soil
Mechanics and Geotechnical Engineering. Istanbul. Vol.1, p.817-
820.
1...,269,270,271,272,273,274,275,276,277,278 280,281,282,283,284,285,286,287,288,289,...840