• Publications
• Influence
Risk Assessment in Geotechnical Engineering
• Mathematics
• 2 September 2008
Preface. Acknowledgements. PART 1: THEORY. Chapter 1: Review of Probability Theory. 1.1 Introduction. 1.2 Basic Set Theory. 1.3 Probability. 1.4 Conditional Probability. 1.5 Random Variables andExpand
• 559
• 65
Probabilistic slope stability analysis by finite elements
• Engineering
• 15 April 2004
In this paper we investigate the probability of failure of a cohesive slope using both simple and more advanced probabilistic analysis tools. The influence of local averaging on the probability ofExpand
• 590
• 31
• PDF
Simulation of random fields via local average subdivision
• Mathematics
• 1 August 1990
A fast and accurate method of generating realizations of a homogeneous Gaussian scalar random process in one, two, or three dimensions is presented. The resulting discrete process represents localExpand
• 409
• 20
Bearing-capacity prediction of spatially random c ϕ soils
• Geology
• 1 February 2003
Soils with spatially varying shear strengths are modeled using random field theory and elasto-plastic finite element analysis to evaluate the extent to which spatial variability and cross-correlationExpand
• 302
• 18
Random Field Modeling of CPT Data
An extensive set of cone penetration tests (CPT) soundings are analyzed statistically to produce an \Ia priori\N 1D stochastic soil model for use at other similar sites. The data were collected byExpand
• 163
• 16
Estimation for Stochastic Soil Models
Although considerable theory exists for the probabilistic treatment of soils, the ability to identify the nature of spatial stochastic soil variation is almost nonexistent. We all know that we couldExpand
• 189
• 14
Probabilistic methods in geotechnical engineering
• Engineering
• 2007
Review of Probability Theory, Random Variables, and Random Fields (Gordon A. Fenton, D. V. Griffiths).- Tools and Strategies for Dealing with Uncertainty in Geotechnics (F. Nadim).- Basic ConceptsExpand
• 157
• 12
• PDF
Influence of spatial variability on slope reliability using 2-D random fields.
• Mathematics
• 1 October 2009
The paper investigates the probability of failure of slopes using both traditional and more advanced probabilistic analysis tools. The advanced method, called the random finite-element method, usesExpand
• 291
• 11
• PDF
Probabilistic infinite slope analysis
• Engineering
• 1 June 2011
Abstract Research activity in the mechanics of landslides has led to renewed interest in the infinite slope equations, and the need for a more general framework for giving insight into theExpand
• 149
• 9
• PDF
Probabilistic Foundation Settlement on Spatially Random Soil
• Engineering
• 1 May 2002
By modeling soils as spatially random media, estimates of the reliability of foundations against serviceability limit state failure, in the form of excessive differential settlements, can be made.Expand
• 248
• 9
• PDF