Faculty of Engineering and Applied Science
Engr. 9723 - Soil Properties and Behaviour Fall 2002
The course provides a rational framework for understanding soil behaviour compared to the behaviour of other engineering materials. The main areas covered are (1) measurement and interpretation of soil properties, and (2) nonlinear behaviour of soil materials, with particular emphasis on the importance of both effective stresses and volumetric changes.
Effective stress concept
Soil strength and deformability
Index and engineering soil properties
Stress paths & soil testing
Estimation of soil constitutive parameters
Elements of soil dynamics
Introduction to plasticity theory (yielding, flow rules, hardening rules)
Classical plasticity soil models
Introduction to critical state concepts
Numerical modelling of soil structures
November 5 - Midterm
December 2 - Term Project presentations
Campanella, R.G. (1994), Field methods for dynamic geotechnical testing: An overview of capabilities and needs. Symp. on Dynamic Geotech. Testing II, pg. 3-23, San Francisco, CA.
Das, B.M. (1983), Fundamentals of Soil Dynamics. Elsevier.
Das, B.M. (1997), Advanced Soil Mechanics. 2nd edition, Taylor & Francis.
Ishihara, K. (1993), Liquefaction and flow failure during earthquakes, Geotechnique, 43(3):351-415.
Lambe, T.W and Whitman, R.V., 1979, Soil mechanics, SI version.
Prevost, J.H. (1990), Modeling the Behavior of Geomaterials, Princeton Univ. Press.
Prevost J.H. and R. Popescu (1996), "Constitutive Relations for Soil Materials", Electronic Journal of Geotechnical Engnrg., ASCE, http://cee.Princeton.EDU/~radu/papers/const/const.html.
Scott, R.F. (1985), Plasticity and constitutive relations in soil mechanics. Journ. Geotechnical Engnrg., 111(5):563-605.
Wood, D.M., 1990, Soil behaviour and critical state soil mechanics, Cambridge, Cambridge University Press.
Problem solving exercises 20%
Term project 40%
Paper discussions 10%
Instructor:Radu Popescu (EN3015; Tel. 8956; E-mail: email@example.com)