Organisation | |
Acknowledgments | |
Preface | |
Biography of Bengt B. Broms | |
The Republic Plaza in Singapore - foundation design | p. 3 |
Restraint of an active landslide by bored piles | p. 27 |
Short and long term behaviour of non-treated and lime- or cement-stablized fly ash | p. 39 |
Soil improvement works in major reclamation projects | p. 57 |
Geotechnical system reliability and decisions | p. 79 |
Capacities of drilled shafts in sand subjected to overturning and torsion | p. 97 |
Prediction of unsaturated soil functions using the soil-water characteristic curve | p. 113 |
Earth pressure in moving soil mass | p. 135 |
Practical geotechnical application of back-propagation neural networks | p. 149 |
Ultimate resistance of laterally loaded piles | p. 165 |
Deep stabilization of soft soils with lime-cement columns | p. 173 |
Retaining walls reinforced with geosynthetics: from Broms (1977, 1978) to the present | p. 181 |
The displacement field due to deep excavation in soft ground | p. 197 |
Industrial solid waste management in geotechnics | p. 207 |
A thirty year perspective of Broms' lateral loading models, as applied to drilled shafts | p. 225 |
An environmentally friendly prefabricated vertical drain for soil improvement | p. 243 |
The active design concept applied to soil compaction | p. 263 |
Wave-offshore pipelines-seabed interation | p. 279 |
Ten year history of EPS method in Japan and its future challenges | p. 293 |
Soft ground tunnelling for Singapore and Taipei MRT systems | p. 313 |
Eurocode 7 for geotechnical design | p. 333 |
A glimpse at electrokinetic soil improvement | p. 363 |
Screw pile installation parameters and the overall pile behaviour | p. 385 |
Monitoring drive behaviour of PC-piles | p. 413 |
Design of diaphragm walls for excavations in stiff day | p. 429 |
Downdrag on single piles | p. 449 |
Grain morphology, crushing and static cone penetration testing of natural sands | p. 469 |
Table of Contents provided by Blackwell. All Rights Reserved. |