ISSMGE Bulletin: Volume 11, Issue 3
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ISSMGE Bulletin Volume 11, Issue 3 June 2017 International Society for Soil Mechanics and Geotechnical Engineering If the quality of the distributed file is not satisfactory for you, please access the ISSMGE website and download an electronic version. www.issmge.org T ABLE OF CONTENTS Message from the President and Select all items below the Chair of the Innovation and Development Committee (IDC) 1 Message from the President and the Chair of the Innovation and Development Committee (IDC) ISSMGE Releases its new 3 Research highlights – Geotechnical Group at Nanyang Technological University, Singapore Conference and Publication Manual 29 Conference reports including its Open Access Policy • The 18th Brazilian Congress on Soil Mechanics The International Society for Soil Mechanics and and Geotechnical Engineering Geotechnical Engineering (ISSMGE) is pleased to rd • The 3 International Conference on publish and distribute online its Conference and Transportation Geotechnics 2016 (Portugal) Publication Manual entitled: • The 14th International Conference on New Challenges in Geotechnical Engineering “Conferences, Symposia and Workshops endorsed (Pakistan) by the ISSMGE Including Publication and Open Access Policy.” • Transportation Geotechnics and Geoecology (TGG-2017) (Russia) The manual can be found in this address: • Half-day seminar: Centrifuge modelling in http://www.issmge.org/filemanager/article/391/I research and practice (Thailand) SSMGE_Conference_And_Publication_Manual.pdf 47 ISSMGE Foundation reports 49 Obituary – Professor Ken Been This manual consolidates ISSMGE guidelines on the conferences, symposia and workshops that are 51 Event Diary endorsed by ISSMGE with recent initiatives of 61 Corporate Associates ISSMGE on unrestricted data dissemination with a 63 Foundation Donors focus on publications. Among the important aspects of this document is E D I T O R I A L B OARD the commitment of ISSMGE on open access for all Frank, Roger (Ex-officio) publications under its auspices. ISSMGE recognizes the need to satisfy different and sometimes Gomes, Antonio Topa (Editor for Europe) competing interests between the publisher, the Gonzalez, Marcelo (Editor for South America) author and the profession-at-large, as well as the Leung, Anthony Kwan (Editor for Europe) need for a sustainable mechanism for publication Ng, Charles Wang Wai (Editor-in-Chief) of high quality scientific material. At the same Ooi, Teik Aun (Editor for Asia) time, ISSMGE recognizes that the availability of Rujikiatkamjorn, Cholachat (Editor for Australasia) high quality scientific and technical publications is of paramount importance for the advancement of Sanchez, Marcelo (Editor for North America) the geotechnical engineering profession. Readers Sfriso, Alejo O (Editor for South America) should have access to the widest possible range of Shahien, Marawan (Editor for Africa) content that is openly shared to enable the most Take, Andy (Editor for North America) effective research, education, and practice of Taylor, Neil (Ex-officio) geotechnical engineering and associated fields. ISSMGE Bulletin: Volume 11, Issue 3 Page 2 Message from the President and the Chair of the IDC ISSMGE Releases its new Conference and Publication Manual including its Open Access Policy (Con’t) To this end, ISSMGE makes an institutional commitment to the availability of high quality scientific and technical material to the profession through its own resources and outreach channels, including the ISSMGE website and its databases. Already many publications have become available through the ISSMGE website and more are expected to become available in the near future. ISSMGE invites its Member Societies, Technical Committees, Publishers and other parties to support this policy that should have a significant positive footprint on geotechnical practice, research and education at a global scale. On behalf of the ISSMGE, Roger Frank, President Dimitrios Zekkos, Chair of Innovation and Development Committee (IDC) 18th May 2017 ISSMGE Bulletin: Volume 11, Issue 3 Page 3 Research Highlights Geotechnical Group at Nanyang Technological University, Singapore Nanyang Technological University (NTU) is a comprehensive and research-intensive university, with over 33,000 undergraduate and postgraduate students. The University is organized into eight colleges and schools. They are the College of Engineering, the College of Science, the College of Humanities, Arts and Social Sciences, the Nanyang Business School, and the Lee Kong Chian School of Medicine - set up jointly with Imperial College London. The College of Engineering is the largest in the university and was ranked 4th in the world for Engineering and Technology in the latest QS World University Rankings by Subject. NTU was ranked 11th in the world and 1st in Asia in the 2017/18 QS World University Rankings. The geotechnical group at NTU was established in 1981. Professor Bengt B Broms, the President of ISSMGE from 1985 to 1989, was the head of the group from 1983 to 1994. The research focuses of the group in the past were on foundations for high-rise buildings, land reclamation, underground space development, and tropical soils engineering. The group has a tradition of working closely with industries through the NTU- PWD Geotechnical Research Centre in the past and the NTU-JTC Industrial Infrastructure Innovation (I3C) Centre or the NTU-LTA Transport Research Centre in recent years. The group has undertaken R&D works in conjunction with several large-scale construction projects in Singapore. These include the Changi East land reclamation, the Bukit Timah rock cavern and the Jurong rock cavern projects. To overcome the challenges associated with the lack of space for future economic developments and urban living, the Centre for Usable Space and the Nanyang Centre for Underground Space were also established to develop technologies and solutions for space creation, space utilisation, underground construction, and urban sustainability. Some of the recent and ongoing large-scale research projects include Underwater infrastructure and underwater city of the future, Impact of rock blasting on nearby structures, Intensification of low-density developments: functional bridging buildings, Biogrouting for underground construction, GeoBarrier system for underground structure, NTU-JTC I3C and SINTEF Joint research for cost effective advanced grouting technology for water control during cavern excavation, Pilot field trial on the application of soft materials for reclamation, Geo-Env-Mobility measuring and monitoring (GEM3) station, and Web-based 3D geodata modelling and management system (GeM2S). At the present, the geotechnical group at NTU consists of 10 faculty members: CHU Jian, Anthony GOH, LEONG Eng Choon, LOW Bak Kong, Harianto RAHARDJO, TEH Cee Ing, Budi WIBAWA, WU Wei, YI Yaolin and ZHAO Zhiye. Some of the research highlights are presented in the following. Harianto RAHARDJO Website: http://www.cee.ntu.edu.sg/aboutus/FacultyDir/Pages/chrahardjo.aspx Dr. Harianto Rahardjo is currently a Professor of the School of Civil & Environmental Engineering, Nanyang Technological University, Singapore. Professor Rahardjo has served as the Head, Division of Infrastructure Systems and Maritime Studies (2008- 2014), the Vice-Dean and Associate Chair (Research), School of Civil & Environmental Engineering, NTU (1999-2007) and Director of NTU-PWD Geotechnical Research Centre, NTU (1996-1998). He has amassed over 35 years of teaching, research and consulting expertise in geotechnical engineering. Professor Rahardjo’s research interests are in the behaviour of unsaturated tropical soils, the effects of flux boundary conditions on geotechnical structures, rainfall - induced landslides (assessments & instrumentation), soil improvement for tree stability, laboratory testing for saturated & unsaturated soils, specialised soil testing techniques & their interpretation, and numerical methods in geotechnical engineering. Professor Rahardjo has conducted extensive research on unsaturated soil mechanics to solve geotechnical problems associated with tropical residual soils. These research activities are in collaboration with and supported by many major agencies. These include the Housing & Development Board, National Parks Board, Ministry of Education, Public Works Department, National Science and Technology Board, A*STAR, Building Construction Activity and Singapore Land Authority. His research focus has been on rainfall- ISSMGE Bulletin: Volume 11, Issue 3 Page 4 Research Highlights Geotechnical Group at Nanyang Technological University, Singapore induced landslides; one of the major natural disasters occurring in many parts of the world. He has applied unsaturated soil mechanics principles to better understand the mechanisms that lead to and initiate rainfall-induced slope failures especially in residual soil formations. Professor Rahardjo advanced unsaturated soil mechanics laboratory at Nanyang Technological University and numerous comprehensive instrumented slopes. One of Professor Rahardjo’s most recent research activities involves the application of unsaturated soil mechanics in capillary barrier systems for slope stabilization and landfill capping through laboratory testing, numerical analyses and field instrumentation. He has also applied unsaturated soil mechanics to soil improvement for tree stability and to understand the effects of rainfall on tree stability. Professor Rahardjo is the co-author of the first textbook on unsaturated soils “Soil Mechanics