All Stories

  1. Instrumented Static Load Testing of Bored Piles for the Mega Transportation Hub of Beijing Sub-Central Station
  2. PileBetaGR: An R-based integrative tool for predicting the geometric reliability index of piles using load-displacement curves
  3. Multivariate reliability method using the environment contour model based on C-vine copulas
  4. Development of Environmental Contours from Site-Specific Regression Parameters of Load–Settlement Curves for Piles: The Global Database
  5. Solving the geometric reliability index for a case involving multivariate random variables in the original physical space
  6. Interpretation of Site-Specific Reliability Index for Piles Using Multiple Bidirectional Tests
  7. Development of environmental contours from rainfall intensity and duration data for slopes
  8. Determination of geometric reliability index of piles at site-specific scale: Case studies
  9. Geometric Reliability Analysis of Composite Foundations Comprising Cement–Fly Ash–Gravel Piles at Site-Specific Scale
  10. Probabilistic analysis of site-specific load-displacement behaviour of cement-fly ash-gravel piles
  11. Quantifying the non-normality of shear strength of geomaterials
  12. Discussion of “quantifying the cross-correlation between effective cohesion and friction angle of soil from limited site-specific data” by Wang and Akeju (2016)
  13. Implementing statistical fitting and reliability analysis for geotechnical engineering problems in R
  14. Geometric reliability analysis applied to wave overtopping of sea defences
  15. Modelling dependence structures of soil shear strength data with bivariate copulas and applications to geotechnical reliability analysis
  16. Liouville equation-based stochastic model for shoreline evolution
  17. Probabilistic solution of floodplain inundation equation
  18. Analysing Flood and Erosion Risks and Coastal Management Strategies on the Norfolk Coast
  19. Broadscale Coastal Inundation Modelling
  20. Assessing the correlated performance functions of an engineering system via probabilistic analysis
  21. Development of fragility functions for slope instability analysis
  22. Using copulas to characterise the dependency of GCL shear strengths
  23. Trivariate analysis of soil ranking-correlated characteristics and its application to probabilistic stability assessments in geotechnical engineering problems
  24. Probabilistic slope stability analysis by a copula-based sampling method
  25. Application of a stochastic differential equation to the prediction of shoreline evolution