Geotechnical Lessons Learnt-Building and Transport Infrastructure Projects

Geotechnical Lessons Learnt-Building and Transport Infrastructure Projects

Proceedings of the 2022 AGS Sydney Annual Symposium

Rujikiatkamjorn, Cholachat; Parsa-Pajouh, Ali; Khabbaz, Hadi

Springer Verlag, Singapore

11/2024

177

Dura

9789819760312

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Chapter 1. Apply Probabilistic Methods for Slope Stability Analysis.- Chapter 2. Reliability Based Design: An Australian Experience.- Chapter 3. Potential use of As5104 for Reliability Based Design.- Chapter 4. Optimising Site Investigations using Monte Carlo Analysis and Genetic Algorithms.- Chapter 5. The Random Finite Element Method, its Implementation in Geotechnical Software through Python, and a Comparison with the Random Limit Equilibrium Method.- Chapter 6. Application of Machine Learning Methods in Estimating Soil Parameters from Dynamic Penetration Tests.- Chapter 7. A Case Study of an Impact Assessment of an Excavation in the Sydney Cbd, Adopting Industry Guidance for Numerical Modelling.- Chapter 8. Bayesian Analysis of Consolidation Parameters of a Tailings Storage Facility.- Chapter 9. Cognitive Biases and their Influence on Projects.
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Probabilistic Methods;Geotechnical Engineering;Reliability;Research;Applications