All Stories

  1. Treatment of Bentonite Fluid for Excavation into Chalk
  2. Ken Been
  3. The On-Site Management of Polymer Support Fluids for the Construction of Drilled Shafts and Diaphragm Walls
  4. Selection of Colloidal Silica Grouts with Respect to Gelling and Erosion Behaviour
  5. Rheological properties of polymer support fluids
  6. Martin Fuchsberger
  7. Performance of Bored Piles Constructed Using Polymer Fluids: Lessons from European Experience
  8. Erratum for “Performance of Bored Piles Constructed Using Polymer Fluids: Lessons from European Experience” by Carlos Lam and Stephan A. Jefferis
  9. ICE Specification for Piling and Embedded Retaining Walls
  10. Effects of polymer and bentonite support fluids on the performance of bored piles
  11. Rheological Properties of PHPA Polymer Support Fluids
  12. This paper discusses the rheological properties of polymer excavation-support fluids whilst in use
  13. Construction techniques for bored piling in sand using polymer fluids
  14. Interpretation of Viscometer Test Results for Polymer Support Fluids
  15. Effects of polymer and bentonite support fluids on concrete–sand interface shear strength
  16. Determination of Residual Concentration of Active Polymer in a Polymeric Support Fluid
  17. Some unexpected effects of natural and anthropogenic chemicals on construction
  18. Hydraulic Characteristics of Bentonite Cake Fabricated on Cutoff Walls
  19. Cement-Bentonite Slurry Systems
  20. Mine Paste Backfill - The Use of Grouts at Massive Scale
  21. Corrigendum: Critical assessment of pile modulus determination methods
  22. Mine Paste Backfill–The Behaviour of Thickened Tailings and Pipeline Design
  23. Critical assessment of pile modulus determination methods
  24. Discussion of “Addressing Sulfate-Induced Heave in Lime Treated Soils” by Dallas N. Little, Syam Nair, and Bruce Herbert
  25. Observations on Viscosity Reduction of PHPA Polymer Support Fluids
  26. Contaminated Land and Environmental Damage: an Analysis of Current Remedial Strategies and Future Developments
  27. Basic environmental and engineering geology
  28. Moving Towards Sustainability in Geotechnical Engineering
  29. Reactive Transport in Cut-Off Walls and Implications for Wall Durability
  30. Investigation of the effects and degree of calcium exchange on the Atterberg limits and swelling of geosynthetic clay liners when subjected to wet–dry cycles
  31. Effect of Wet–Dry Cycles and Cation Exchange on Gas Permeability of Geosynthetic Clay Liners
  32. Development and application of knowledge-based source-term models for radionuclide mobilisation from contaminated concrete
  33. Urban land: degradation, investigation, remediation. D. D. Genske reviewed by S. A. Jefferis
  34. Long Term Performance of Grouts and the Effects of Grout By-Products
  35. Radioactive Contamination of Concrete: Uptake and Release of Radionuclides
  36. Grouts and grouting
  37. 4. Engineering design of reactive treatment zones and potential monitoring problems
  38. Vadose Zone Science and Technology Solutions
  39. Release behaviour of radionuclides from contaminated concrete materials
  40. Investigation of syneresis in silicate-aluminate grouts
  41. Probabilistic Human Health Risk Assessment for Contaminant Exposures
  42. Water-soluble polymers in tunnelling and slurry supported excavations
  43. Report on Session 7: Grouting concepts and materials
  44. Structural Grouts
  45. The grouting of prestressing ducts
  46. Fresh properties of Portland cement grouts
  47. Design and Performance of Vertical Barriers to Pollution Migration
  48. Influence of microstructure on firing colour of clays
  49. The Divided Flow Permeameter
  50. Variability in water sorption and in thermogravimetry of bentonite
  51. Bentonite-cement slurries for hydraulic cut-offs
  52. ASSESSENT OF DYNMIC BEHAVIOUR OF BRITTLE MATERIALS
  53. PUMPING OF CEMENT GROUTS
  54. DISCUSSION CONTRIBUTION ON MUSZYNSKI AND MIERZWA (page 201)
  55. DISCUSSION CONTRIBUTIONS ON KEATING AND HANNANT (page 137)