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Deformation Characteristics of Geomaterials / Comportement Des Sols Et Des Roches Tendres

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H. Di Benedetto, T. Doanh, H. Geoffroy, C. Sauzeat
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Taylor & Francis, Dec 12, 2010 - Technology & Engineering - 1448 pages
The main themes of this conference are experimental investigations into deformation properties - from very small strains to beyond failure, laboratory, in-situ and field observation interpretations, and behaviour characterization and modelling. Emphasis is placed on exploring recent investigations into time-related stresses, and on applying advanced geotechnical testing to real engineering problems.
  

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Contents

Karl W Haegeman L Pyl G Degrande
13
A Ismail Y Hourani
31
Sample disturbance of soft organic Oostvaardersplassen clay
49
G J Rix J Meng
63
Derived stressstrainstrength of clays from seismic cone tests
81
Thorel C Gaudin G Rault J Gamier
97
Experimental characterization of multidirectional cyclic py response of soft clay
105
Behaviour of a tropical residual soil
119
relationship between continuum model and micromechanics model
313
Small strain behaviour of a limetreated silty sand
329
Permanent deformation behavior of airport pavement granular layers
345
Effect of strain rate on the behaviour of dry sand
365
Comparison of shear wave velocity measurements in different materials using time and frequency
381
Shear modulus and damping of natural sands
401
Stressstrain relationship for weak rocks
415
Laboratory characterization of Hostun RF sand at very low confining stresses
423

A new temperature controlled triaxial apparatus
133
Stiffness of Onsey clay
151
Cyclic deformation characteristics of cemented calcareous soil
169
Effects of fabric anisotropy and stress condition on small strain stiffness of sands
187
Judging fabric bonding of natural sedimentary clay
203
T Kawaguchi T Mitachi S Shibuya S Sato
221
Frictional behaviour between clay and steel by direct shear type apparatus
239
A comparative study on shear modulus and damping ratio of cohesive soil from laboratory tests
257
Modelling quasielastic deformation properties of sand
275
P J Naughton B C o Kelly
293
Effect of simultaneous consolidation and creep on interpretation of test results
437
The dilatant behaviour of overconsolidated clays
451
The omnipresence of localizations in paniculate materials
465
Quantitative assessment of thermal acceleration of time effects in onedimensional compression of clays
479
Experimental investigation and constitutive modelling of prefailure deformation of a very densely
497
Effect of Aocondition on liquefaction characteristics of saturated sand
511
Undrained monotonic and cyclic behaviour of a coarse sand from undisturbed and reconstituted samples
527
Impact du temps de vieillissement sur les caracteristiques rheologiques et physico mecaniques
545
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