| Analysis of the Settlement of Soils with Nonlinear Creep in One-Dimensional Straining (Invited Paper)
Jian-Hua Yin |
| Vacuum Consolidation and Deformation Analyses – Case Studies in Japan (Invited Paper)
Jinchun Chai, John P. Carter and Martin D. Liu |
| Modeling of Ground Improvement by Prefabricated Vertical Drains in Highly Variable Soils (Invited Paper)
Mohamed A. Shahin and Md Wasiul Bari |
| Assessment of Smear Parameters for Use in Wick Drain Design
R. B. Kelly |
| Sedimentation and Consolidation Behavior of Bottom Sediment in Isahaya Bay
Rui Jia, Takenori Hino, Takaharu Hamada, Mitsugu Yoshimura and Tsunetaka Terao |
| Variation in Mechanical Properties due to Water Infiltration Observed in Sand with Fines
Suwal Laxmi Prasad, Kuwano Reiko and Sato Takeshi |
| Use of the Observational Approach for Soft Soil Ground Treatments of the Gateway Upgrade Project
Greg Hackney and Beng Cheah |
| Performance of Prefabricated Vertical Drains during Vacuum Preloading
Abdul Qudoos Khan, Sarfraz Ali and Manzoor Hussain |
| Experimental Study on Vacuum Preloading with Combination of Fill Surcharge
Wan-Huan Zhou and Guo-Xiong Mei |
| The Characteristics of PVD Deformation During Consolidation
Takeyama Tomohide, Tsuyoshi Tomohiro and Kitazume Masaki |
| Preload Improvement and Monitoring in a Newly Reclaimed Area
Dani Tarragó, Amadeu Deu, Antonio Gens, Eduardo Alonso and Ramón Griell |
| Analysis on Properties of Soft Soil Ground Improved by Vacuum Combined with Surcharge Preloading
Binglong Wang, Changdan Wang and Shunhua Zhou |
| Experimental Research on the Reactive Drain Pile for the Improvement and Remediation of Soft Ground
Beom-Jun Kim, Chan-Young Yune and Myoung-Hak Oh |
| Soft Ground Characteristics after Subjected to the Large Settlement Induced by Vacuum Consolidation Combined with Embankment Preloading
Toshiaki Kosaka, Teerachaikulpanich Nipon, Minoru Kawaida and Kazuyoshi Nakakuma |
| Innovative High Vacuum Densification Method for Soft Clay Improvement
Robert Y. Liang and Shi-Long Xu |
| Vertical Drain Consolidation with Piecewise Linear Surcharge and Vacuum
Rohan T. Walker |
| Consolidation Behavior of Composite Ground Reinforced with Sand Columns
B. A. Mir and A. Juneja |
| Case Study of Ground Improvement to Houhai Reclamation Area, Shenzhen Bay
Jianjin Qiu, Aiguo Li, Wei Gao, Jianpeng Wen and Jianhua Yin |
| Experimental Study on Effectiveness of Vertical Drains by Means of Rowe Cell Apparatus
Ivan Gratchev, Aramugan Balasubramaniam, Erwin Oh and Mark Bolton |
| Strengthening of Railway Embankment – A Case Study
P. Jayakumar, T. K. Gopalakrishnan Nair and K. S. Beena |
| Numerical Analysis of a Combined Ground Improvement Technique for Soft Soils
Sireesh Saride and Maheshbabu Jallu |
| Application of Artificial Neural Network to Soft Ground Improvement: A Case Study
Laricar Dominic Trani |
| Investigation of Aratozawa Irrigation Reservoir Construction Improved by Vacuum Consolidation after Being Subjected to the Great East Japan Earthquake 2011
Teerachaikulpanich Nipon, Kosaka Toshiaki and Nithiwana Wana |
| New Ways to Dimension the Thickness of a Granular Substitution Layer at the Top of a Thick Soft Soil
Jean-Claude Gress |
| Influence of Soil Creep on Stability of Embankment on Soft Soil
Behzad Fatahi, Thu Minh Le and Hadi Khabbaz |
| Influence of Insitu Stresses on Deformation and Stability of Embankments on Deep Clays
Behzad Fatahi, Thu Minh Le and Hadi Khabbaz |
| Parametric Study on the Working Conditions of PVD for the Treatment of Soft Soils
Nguyen Hong Nam and Pham Thi Nguyet |
| Experimental Study on Uniaxial Compressive Strength of Frozen Clay in Shanghai
Youliang Chen, Peng Wang and Zhenzhen Yin |
| Performance of Vacuum Consolidation on Very Soft Clay at Nakorn Sri Thammarat Airport — Thailand
Wanchai Teparaksa and Duong Trung Ngo |
| Case Study of Ground Improvement Techniques used at a Site on the South Coast of NSW
Scott R. Morrison and Patrick K. Wong |
| Soft Soil Consolidation using Prefabricated Composite Vertical Geodrains
M. V. Shah and A. V. Shroff |
