(IC-2014) Proceedings-DFI/EFFC 11th International Conference on Piling and Deep Foundations, 2014, Stockholm, Sweden

article# description author(s)
1978 Message from Conference Chairman Sikko Doornbos
Table of Contents
1979 Table of Contents
Harmonization of Execution Standards
1879 Aspects of Standardization for Piles in Europe Roger Frank, Université Paris-Est, Ecole nationale des ponts et chaussées, France
1880 Pile Design According To Eurocode 7, Highlights and Developments Adriaan van Seters, Fugro GeoServices BV, The Netherlands
1881 Harmonization of Execution Codes: Overview of Standardization for US Transportation Silas C. Nichols, U.S. Federal Highway Administration, USA
1882 Piling Design and Construction Codes and Standards for Buildings - A United States Perspective Rudolph P. Frizzi, Langan International, USA
1883 Standardizations of Execution and Quality Control on Piling and Deep Mixing Method Masaki Kitazume, Tokyo Institute of Technology, Japan; Yoshiaki Kikuchi, Tokyo University of Science, Japan
1884 Harmonization and Status of Geotechnical Standards in Europe Trevor L.L. Orr, Trinity College Dublin, Ireland
1885 A Review of Current Mexican Design Approaches for Cast-In-Place Drilled Shafts in Granular Soils under Axial Loading Manuel J. Mendoza and Enrique Ibarra, Institute of Engineering, UNAM, Mexico
Bored and Driven Piles
1886 Installation Parameters, Pile Performance and Importance of Testing Maurice Bottiau, Franki Foundations Belgium, Belgium
1887 Response to Load for Four Different Types of Bored Piles Bengt H. Fellenius, Bengt H. Fellenius Consultants, Canada; Mario Terceros H., Incotec SRL, Bolivia
1888 Assessing the Applicability of Thermal Response Testing To Energy Piles Fleur Loveridge and William Powrie, University of Southampton, United Kingdom; Tracy Brettmann, A. H. Beck Foundation Co. Inc., USA; C. Guney Olgun, Virginia Tech, USA
1889 Ground Vibrations from Pile and Sheet Pile Driving Part 1 - Building Damage K. Rainer Massarsch, Geo Risk & Vibration AB, Sweden; Bengt H. Fellenius, Bengt H. Fellenius Consultants, Canada
1890 Analysis of Plugging Effect for Open-Ended Piles in Sandy Soil Junyoung Ko and Sangseom Jeong, Yonsei University, Korea; Moonkyung Chung, Korea Institute of Construction Technology, Korea
1891 Drilled Pier Foundation with Ground Improvement Using Cement Deep Soil Mixing For Highway Bridges Wei-Yu Chen, Andrew Bro, Shahriar Vahdani and Andy Herlache, Fugro Consultants, Inc., USA
1892 Comparison of Static and Dynamic Load Tests on Bored Piles in Glacial Soil Ernst Niederleithinger, Matthias Baeßler and Steven Georgi, BAM Federal Institute for Materials Research and Testing, Germany; Markus Herten, BAW Federal Waterways Engineering and Research Institute, Germany
1893 Ultimate Shaft Friction, Displacement Response and Set-Up for Axially Loaded Piles in Clay Kjell Karlsrud, Norwegian Geotechnical Institute, Norway
1894 Use of Menard Pressuremeter Test Results to Predict a Bearing Capacity and Settlement of Bored Piles Ramdane Bahar, University of Sciences and Technology Houari Boumediene, Algeria
1895 Execution of Pile Installation in Environmentally Challenging Sites Emre Biringen, Sweden; Dena Morgan, Bechtel Power Corporation, USA
1896 Deep Foundations on Buildings Using Driven Ductile Iron Micropiles António A. Cristóvão and Alexandre Pinto, JetSJ Geotecnia, Lda, Portugal
1897 Compressive Behaviour of Hollow Core Micropiles in Cohesive Soil Osama F. E. Drbe and M. Hesham El Naggar, University of Western Ontario, Canada
1898 Comparison of α and β Methods with CPT and Pile Load Test Data: A Case Study with Attention on Soil Setup Effects Kazem Fakharian and Mohammadreza Khanmohammadi, Amirkabir University of Technology, Iran
1977 New Method for Reduction of Settlement Drilling Casings for Steel Core Piles Håkan Bredenberg, Bredenberg Teknik AB, Sweden; Rani Isa, BESAB AB, Sweden; Martin Jönsson, Atlas Copco Mining and Rock Excavation Technique, Sweden; Mats Larsson, Verctura, Sweden; Lars-Erik Larsson, Tyrens, Sweden
1900 Söderströmstunneln - An Immersed Tunnel Founded on Steel Core Piles Frank Haehnig and Johannes Glückert, Züblin Spezialtiefbau GmbH, Germany; Kjell-Åke Averstad, Trafikverket, Sweden
1901 Experiences of High Strain Dynamics Pile Testing (HSDPT) in Accordance with EC7 in Sweden Mattias Grävare, Ingemar Hermansson, Thomas Bjerendal and Carl-John Grävare, Pålanalys i Göteborg AB, Sweden
1902 Theoretical Examination of Initially Bent Piles Janne P. Isohaka, A-Insinöörit Suunnittelu Oy, Finland; Anssi M. Laaksonen, A-Insinöörit Suunnittelu Oy/Tampere University of Technology, Finland
1903 Design and Installation of Gudrun Platform Jacket Piles Annette Jahr and Tewodros Tefera, Kvaerner Jacket Technology AS, Norway; Gisle Håland, Statoil ASA, Norway; Gunhild Hennum, Norconsult AS, Norway
1904 Optimising the Compressive Behaviour of Screw Piles in Sand for Marine Renewable Energy Applications Jonathan A. Knappett, Michael J. Brown, Andrew J. Brennan and Lewis Hamilton, University of Dundee, United Kingdom
1905 Economic and Safe Design and the Execution Standards for the Construction Phase of Deep Foundation Systems in Difficult Soil Conditions Rolf Katzenbach, Seffen Leppla, Technische Universität Darmstadt, Institute and Laboratory of Geotechnics, Germany; Matthias Seip, Katzenbach GmbH, Germany
1906 Modification of Best-Fit Interpretation Method for Ultimate Capacity of Screw Pile Adnan A. Malik and Jiro Kuwano, Saitama University, Japan; Tadashi Maejima, Asahikasei Kenzai, Japan
1907 Influence of Presence of Overlaying Sand on Rock Socket Length of Bored Pile K. Premalatha, Anna University, India; M. R. Priyadharshini, Easwari Engineering College, India
1908 Buckling Resistance of Steel Micropiles with Mechanical Splices Fredrik Sarvell, Ruukki Sverige AB, Sweden; Jukka Rantala, Ruukki Construction Oy, Finland; Veli-Matti Uotinen, Finnish Transport Agency, Finland; Harald Ihler, Ruukki Norge AS, Norway
1909 Tresfjord Bridge - Pile Works Andreas Andenæs and Arne Schram Simonsen, Multiconsult AS, Norway
1976 Design and Installation of Helical Piles for Support of Bridge Pier Foundation M. Suri Surendra, Findling, Inc, USA; David L. Borusiewicz, Wallace Montgomery, USA
1911 The Use of the Expander Body with Cast In Situ Piles in Sandy Soils Mario A. Terceros H., Incotec SRL, Bolivia; K. Rainer Massarsch, Geo Risk & Vibration Scandinavia, Sweden
1912 Copenhagen - Denmark Cityringen Metro Project: Innovative Solution for Deep Excavation in Complex Urban Areas Marco Ziller and Paolo Cavalcoli, Trevi S.p.A., Italy
1913 Estimating N Value from Data in Press-In Piling Yukihiro Ishihara, Nanase Ogawa and Ming Lei, Giken Ltd., Japan
1914 Piling Practice in Sedimentary Granular Soils of Santa Cruz, Bolivia Mario Terceros H., Incotec, Bolivia; Bengt H. Fellenius, Bengt H. Fellenius Consultants, Canada
1915 Full-Scale Field Investigations & Numerical Analyses of Innovative Seismic Composite Fiber Reinforced Polymer and Reinforced Grouted Helical Screw Instrumented Piles Under Axial & Lateral Monotonic & Cyclic Loadings Yasser Abdelghany, Ministry of Transportation & Infrastructure Headquarters, Canada; M. Hesham El Naggar, The University of Western Ontario, Canada
1916 Modulus of Elasticity in Deep Bored Piles Joram M. Amir and Erez I. Amir, Piletest.com Ltd., Israel; Carlos Lam, The University of Manchester, United Kingdom
1917 Innovations in the Design and Construction of Marine Foundations Robert B. Bittner, Bittner-Shen Consulting Engineers, Inc., USA
1918 Static Uplift and Lateral Load Testing of Piles for a New Power Plant José L. M. Clemente and John R. Davie, Bechtel Power Corporation, USA
1919 Real Time Validation of Driven Cast In-Situ Piles Derek Egan, Keller UK, United Kingdom
1920 Soil Plug in Open Ended Pipe Piles Embedded in Sand Mohammed Y. Fattah, University of Technology, Iraq; Wissam H. S. Al-Sudani, University of Baghdad, Iraq
1921 Tapertube™ Piles Stanley Merjan and Alexander Filotti, Underpinning & Foundation Skanska, USA
1922 Overview of Design and Practice of SDS Piles in China Zhong Liu and Gang Guo, Central Research Institute of Building and Construction of MCC Group, China; Yi Zhang and Jingchun Lu, China Jingye Engineering Corporation Limited, China
1923 Resonant Driving of Sheet Piles: High Production Sheet Pile Driving With Zero Ground Vibration Matthew Janes, Resonance Technology International Inc., Canada
1924 Ground Vibrations from Pile and Sheet Pile Driving Part 2 - Review of Vibration Standards K. Rainer Massarsch, Geo Risk & Vibration AB, Sweden; Bengt H. Fellenius, Bengt H. Fellenius Consultants, Canada
1925 Determination of Initial Stiffness of Drilled Shafts for the Analysis of Settlements under Service Loads Carlos A. Prato, Universidad Nacional de Cordoba, Argentina; Federico Pinto, CONICET, Argentina
1926 Advantages of Design in Drilled Displacement Type Piles in Tropical Porous Soil Deposits Paulo J. R. Albuquerque and Jean R. Garcia, University of Campinas, Brazil; Renato P. Cunha, University of Brasilia, Brazil; Osvaldo Freitas Neto, University of Sergipe, Brazil
1927 Analysis of the Uncertainty by the Random Finite Elements Method of a Vertical Load Test of a Piled Raft Founded in Tropical Soil Cristhian C. Mendoza, Pilot University of Colombia, Colombia; Renato da Cunha, University of Brasilia, Brazil; Bernardo Caicedo, University of the Andes, Colombia, Brazil; Max Barbosa, SOLOTRAT Company, Brazil
1928 Non-Destructive Testing of Drilled Shafts and CFA Piles - Current Practice and New Method George Piscsalko, Pile Dynamics, Inc, USA
1929 Deep Bored Piling In Soft Soil and High Lateral Loads W. Sondermann, Keller Holding GmbH, Germany
1930 Numerical Analysis of CFA Piles for High-Rise Building of Administrative Centre Lakeside Park in Bratislava J. Stacho and J. Frankovská, Slovak University of Technology in Bratislava, Slovakia
1931 Reliability of the Bearing Capacity of Axial Piles Using In Situ Tests Ana Teixeira, Deltares, The Netherlands; António Gomes Correia, University of Minho, Portugal; António A. Henriques, University of Porto, Portugal
1932 Assessing the Bearing Capacity of Existing Wood Pile Foundations Almer E. C. van der Stoel, CRUX Engineering & University of Twente, The Netherlands
1933 Research on the Influencing Factors of Driving Super Long Piles in Bohai Gulf Shu-wang Yan, Zhao-lin Jia and Liu Run, Tianjin University, China
1934 The World’s Longest Directional Impact Driven Pile Robert F. Stevens, Fugro-McLelland, USA; Kenneth Viking, Geospecialisten AB, Sweden; Robin Givet, GRL Engineers/Fondatest, USA
Deep Mixing-Wet and Dry Methods
1935 Deep Mixing in the United States: Milestones in Evolution Donald A. Bruce, Geosystems, L.P., USA
1936 Field Trials for Deep Mixing in Land Remediation: Execution and Early Age Monitoring, QC and Lessons Learnt Abir Al-Tabbaa, David O'Connor and Ziyad Abunada, Cambridge University, United Kingdom
1937 Applicability of Wet Grab Sampling to Quality Assurance of Deep Mixing Method Masaki Kitazume, Tokyo Institute of Technology, Japan
1938 A Case Study on the Effects of Using Surcharge Fill as a Complement to Ground Improvement with Dry Deep Mixing Stefan Larsson, KTH Royal Institute of Technology, Sweden; Sadek Baker and Razvan Ignat, Skanska Sverige AB, Sweden; Sebastian Adevik, ELU Consultant, Sweden
1939 Real-Scale Tests on Soil Mix Elements Noël Huybrechts, Gust Van Lysebetten and Nicolas Denies, BBRI, André Vervoort, KU Leuven, Jan Maertens, Jan Maertens bvba & KU Leuven, Flor De Cock, Geo.be, Bart Lameire, Belgian Association of Foundation Contractors ABEF, Belgium
1940 Volume Averaging Technique for Modelling Deformations in Soft Soil Improved With Deep Mixed Columns Patrick Becker, Kempfert Geotechnik GmbH, Germany; Minna Karstunen, Chalmers University of Technology, Sweden
1941 Foundation Design for Cut-And-Cover Tunnels Using Cement Deep Soil Mixing Wei-Yu Chen, Andrew Bro, Shahriar Vahdani and Andy Herlache, Fugro Consultants, Inc., USA
1942 Mechanical Characterization of a Chemically Stabilized Soft Soil Reinforced With Fibers when Subjected to Tensile Solicitations J. M. N. P. C. Teles, A. A. S. Correia and P. J. Venda Oliveira, University of Coimbra, Portugal
1943 Use of CSM to Support a Heritage Building Chris G. Leach, Vibropile (Aust) Pty Ltd, Australia
1944 A Case Study of Wet Soil Mixing For Bearing Capacity Improvement in Turkey Arash Maghsoudloo, Middle East Technical University, Turkey; Asli Can, IKSA Engineering and Consultancy Co., Turkey
1945 Centrifuge Test on Reduction of Lateral Flow of Liquefied Ground by Stabilized Columns Yoshiyuki Morikawa, Hidenori Takahashi, Shinji Sassa and Eiji Kohama, Port and Airport Research Institute, Japan; Naoki Takahashi and Wakaki Tsuda, Sumitomo Mitsui Construction Company, Japan; Ikuo Towhata, The University of Tokyo, Japan
1946 Efficacy and Execution of Floating Lattice-Shaped Cement Treatment against Liquefaction Hidenori Takahashi and Yoshiyuki Morikawa, Port and Airport Research Institute, Japan; Hirofumi Taguchi and Sachihiko Tokunaga, Cement Deep Mixing Association, Japan; Kenji Maruyama, Geodesign Co., Japan
1947 SFMOMA Expansion - Multiple Uses of Ground Improvement - A Case Study Scott A. Walker and Frank L. Rollo, Treadwell & Rollo, a Langan Company, USA
1948 Slurry Walls Executed with the Cutting Soil Mixing Technique: A Case History Francesco Carnevale and Piero Pampanin,Technital S.p.A., Italy; Alberto Bracci Laudiero, Naples Port Authority, Italy
1949 Laboratory Study on Creep Behavior of Chemically Stabilised Soft Soils under Unconfined Conditions C. M. Danisi, A. A. S. Correia and P. J. Venda Oliveira, University of Coimbra, Portugal
1950 Army Corps of Engineers Seepage Control Cutoffs for Dam and Levees Engineering Manual (EM) David B. Paul, US Army Corps of Engineers, USA
1951 Deep Mixing Technologies for Lateral Support Systems W. Sondermann, Keller Holding GmbH, Germany
1952 Simulation of Brittle Failure of Cement Treated Soil using Smoothed Particle Hydrodynamics Tomohide Takeyama, Yuki Yoshida and Masaki Kitazume, Tokyo Institute of Technology, Japan
1953 Deep Mixing Technology: Comparison between Laboratory and Field Test Result, Different Jobsite Application Alessandro Bertero, Trevi S.p.A, Italy; Stefano Valagussa, Wesley Schmutzler and Filippo Maria Leoni, TREVIICOS, USA
Walls-In-situ and Preformed
1954 Diaphragm Walls, Recent Developments to Improve Reliability Bartho Admiraal, Van Hattem & Blankevoort, A. Frits van Tol, Deltares, Delft University of Technology, Rodriaan Spruit, Rotterdam Public Works, Delft University of Technology, Jan H. van Dalen, Strukton, Delft University of Technology, The Netherlands
1955 Maturation of Risk Concepts in the Management of Infrastructure - Lessons From the US Army Corps of Engineers Eric C. Halpin, US Army Corps of Engineers, USA
1956 Development and Experiences on Versatile Applications of RD-Pile Wall Harald Ihler, Ruukki Norge AS, Norway; Veli-Matti Uotinen, Finnish Transport Agency, Finland; Fredrik Sarvell, Ruukki Sverige AB, Sweden; Leo-Ville Miettinen, Finnmap Consulting Oy, Finland
1957 A New Method of Quality Control for Construction Joints in Diaphragm Walls Nikolaus Schneider, GuD Geotechnik und Dynamik Consult GmbH, Germany
1958 Design and Construction of the Thames Water Lee Tunnel Shafts, London Martin Stanley, David Hard, David Puller, Sivilay Sayavong and Julian Gatward, Bachy Soletanche Limited, United Kindgom
1959 A Brand New Barrier Wall Installed at Wolf Creek Dam Maurizio Siepi and Carlo Crippa, Trevi S.p.A, Italy; Fabio Santillan, TREVIICOS, USA; Lyndon Bedford, Soletanche Bachy UK, United Kingdom
1960 Are Specifications for Deep Foundation Concrete Up-To-Date? Karsten Beckhaus, Bauer Spezialtiefbau GmbH, Germany
1961 The Effect of Arching Pressure on a Vertical Circular Wall Sangseom Jeong and Jaeyeon Cho, Yonsei University, Korea; Kyoungyul Kim, Korea Electric Power Research Institute, Korea
1962 New Possibilities for Quality Assurance of Diaphragm Wall Joints Ernst Niederleithinger, BAM Federal Institute for Materials Research and Testing, Germany; Nikolaus Schneider, GuD Geotechnik und Dynamik Consult GmbH, Germany; Joram M. Amir, Piletest.com Ltd.; Israel
1963 Geographic Information Systems Technology Use in Tracking Quality Control in In Situ Barrier Wall Construction Jamey B. Rosen, Geosyntec Consultants, Canada; Robert Bachus, Geosyntec Consultants, USA
1964 Ground Support for Shafts and Underground Construction Using Artificial Ground Freezing - Sophia Spoortunnel Rotterdam (NL) - Cern Geneva (CH) - Leipzig (DE) - Berlin (DE) Marco Ziller, Trevi S.p.A, Italy; Helmut Hass, CDM Smith Consult GmbH, Germanyw
1965 250 m Ultra Deep Milled Diaphragm Wall: The New Frontier for the Cut off Wall Depth has been Doubled by TREVI Group Technology Stefano Trevisani, Daniele Vanni and Maurizio Siepi, Trevi S.p.A, Italy; Federico Pagliacci, Soilmec S.p.A, Italy
1966 Comparative Analysis Between Traditional and EC7 Criteria Applied to the Design of Diaphragm Walls Concerning the Ultimate Limit States J. Matos e Silva, Engimo Lda., Portugal
1967 Diaphragm Walls Seismic Design According To the Eurocodes J. Matos e Silva, Engimo Lda., Portugal
1968 Upgrading Projects of Existing Infrastructures by Steel Piles - Press-In Method and Implant Structure Tsunenobu Nozaki, Giken Ltd., Japan
1969 Design, Construction and Monitoring of a Secant Pile Compression Ring Alper Turan, American University of Sharjah, UAE; Jason Weck and Ali Chehadeh, RWH Engineering Inc, Canada
New Trends in Foundation Practice
1970 DFI Europe Monitoring & Instrumentation Committee Objectives Rob van Dorp, Allnamics Pile Testing Experts BV, The Netherlands
1971 EFFC-DFI Geotechnical Carbon Calculator Project Marine Lasne, Entrepose Contracting, France; Mary Ellen Bruce, Deep Foundations Institute; EFFC-DFI Working Group Members
1972 Collaborative Alliances - A Sustainable Way Forward for Construction? Stefano Trevisani, Trevi Group, Italy
1973 Piled Foundation Design as Reflected in Codes and Standards Bengt H. Fellenius, Bengt H. Fellenius Consultants, Canada
1974 The Heritage of Swedish Foundation Engineering K. Rainer Massarsch, Geo Risk & Vibration AB, Sweden; Stefan Aronsson, ÅF Infrastructure AB, Sweden