CONCRETE:
21st CENTURY SUPERHERO Building a sustainable future
5 0 0 2 0 A t 5 e 0 0 P t C a n d o u p e e n t e r s s r i e s
Produced by:
22nd – 24th June 2009 Business Design Centre, London
Attend to debate what the next 20 – 30 years hold for the design and application of concrete structures Don’t miss papers covering the most innovative aspects of concrete design and construction: Endorsed by: Analysis
of the durability of SFRC and SFR-RCC against corrosion of fibres and freeze-thaw cycles
Carb Ca rbon on fo foot otpr prin intt of co conc ncre rete te bu buil ildi ding ngs s se seen en in li life fe-c -cyc ycle le pe pers rspe pect ctiv ive e
Cares sustainable reinforcing steel certification scheme
Design of the Concrete Cable-stayed Sungai Prai Bridge, Malaysia
Fatigue behaviour of ultra high-performance concrete under cyclic stress reversal loading
New knowledge on the probabilistic modelling of moisture influence on concrete resistivity
Non-linear analyses and optimized strengthening of Slussen
Keynote speakers that will explore the latest advances in concrete: Dr Ahmad Rahimian President WSP Cantor Seinuk
Media partners: partners:
Dr Koji Sakai Professor of Engineering Kagawa University Prof Odd. Gjøv Department of Structural Engineering Norwegian University of Science and Technology
Register at www.fiblondon09.com or call +44 (0) 207 554 5800
Produced by:
CONCRETE:
Interested in a group booking?
21st CENTURY SUPERHERO In recent years the knowledge of concrete and concrete structures has increased, as has its applications. fib and The Concrete Society are bringing together leading engineers, designers, contractors and researchers from the world of construction for CONCRETE: 21st Century Superhero , an international forum to debate and showcase innovations in concrete design and application.
Join an international audience of the construction elite to hear how the concrete industry have developed solutions to meet design needs and debate the future of concrete structures.
Be part of an event that is uniting the concrete world! The International fib Symposium is the global concrete event of 2009. Designed to embrace innovation, 200 speakers will share their latest research into concrete and reaffirm its position as the material of choice for structural design and construction.
Then email
[email protected] for special rates
Our three keynote speakers are: Dr Ahmad Rahimian is President of WSP Cantor Seinuk, Structural Engineers, New York Division of WSP Group. An expert in the behaviour of structures under seismic and wind loading, he has written and published widely on designing towering structures and tall buildings and has been involved in the design and engineering of buildings, stadiums, and bridges in cities around the world. He holds a U.S. patent in seismic protective design. Dr. Rahimian is also chairman of one of the committees responsible for updating the New York City Building Code Dr Koji Sakai is a Professor at Kagawa University in Japan. Since 2002, Professor Sakai has been Chairman of fib Commission 3 (Environmental Aspects of Design and Construction) and, since 2008, he has been Chairman of JCI (Japan Concrete Institute) Committee (Minimization of Global Warming Substances and Wastes in Concrete Sector) and ISO/TC71/SC8 (Environmental Management for Concrete and Concrete Structures).
Durability of Concrete
Concrete High Rise Buildings
Sustainability in Concrete
Odd E. Gjørv is a Professor Emeritus in the Department of Structural Engineering at the Norwegian University of Science and Technology in Trondheim. His research includes advanced concrete materials and concrete technology as well as durability and durability design of concrete structures in severe environments. He has been honoured with several international awards and is a member of the Norwegian Academy of Technical Sciences and a Fellow of the American Concrete Institute.
Sponsorship and exhibition opportunities:
Young Engineers Programme
CONCRETE: 21st Century Superhero provides the ideal platform on which to promote your brand, meet new clients and align yourselves with the leaders of global concrete, during three days of conference business and networking.
Do not miss the Young Engineer’s Award which takes place during the three day conference proceedings. fib will invite the winning author/s to attend the London Symposium 2009 where they will present and discuss their work in a dedicated conference session.
Key insights will be provided by our expert speaker panel, who will explore the latest innovations in concrete, tackling: durability, sustainability, versatility, and speed of construction. Keynote presentations available include:
Being a partner at the fib Symposium will make your company stand out as a leader in this competitive industry and will leave a strong impression of your brand, products, services and values in attendees' mind’s. For information on how you can sponsor or exhibit at this event please contact: Brian Refell on 0207 728 5257 or email
[email protected]
The fib Diploma to Young Engineers is given every two years at the occasion of the official fib Symposium . The 2009 award is sponsored by ACHE (Asociacion Cientifico-tecnica del Hormigon Estructural) and Torroja Ingenieria in memory of the late Eduardo Torroja y Miret (1899-1961) and will be given to the best of each category for research and design and construction.
Conference date and location: This conference will take place from Monday to Wednesday, 22nd – 24th June 2009. The Business Design Centre in London will serve as the conference venue throughout the duration of the Symposium.
For local hotel reservations Venue Search have been appointed to assist attendees with booking overnight accommodation. For more information please visit www.fiblondon09.com/venuesearch
If you prefer, your booking can be made by telephone. Simply call Venue Search directly on +44(0) 20 8541 5656, quoting the reference “Concrete 2009 Conference”.
Register at www.fiblondon09.com or call +44 (0) 207 554 5800
Building a sustainable future - Selection of papers Join over 200 speakers who will present exciting papers across five core themes:
Sustainability Many countries are moving to more sustainable concrete construction – make sure you are at the forefront of research and development. Papers being presented: Carbon footprint of concrete buildings seen in life-cycle perspective Claus V. Nielsen, Danish Technological Institute, Concrete Centre, Denmark
Case studies on environmental impact assessment of precast concrete products Akihiro Fujiki, Research & Development Laboratory, Landes Ltd, Japan
Sustainable solutions for transporation infrastructure in the US precast concrete industry Christopher Gilbertson, Michigan Technological University, USA
The life-cycle C&D wastes assessment method for buildings by use of detail cost estimation
Lionel Linger, Vinci Construction Grands Projects, France
Masaki Muto, Housing Research Department, National Institute for Land and Infrastructure Management, Japan
Completely recyclable concrete of aggregate-recovery type by using microwave heating
The precast/prestressed concrete institute’s initiative on sustainable design
CO²CRETE IMPACT – The carbon footprint of concrete
Ryoma Kitagaki, Research Associate, University of Tokyo, Japan
Concrete: A potential CO ² sink
Yixin Shao, Department of Civil Engineering, McGill University, Canada
Climate change and the durability of concrete Peter Lenkei, School of Engineering, Structural Engineering Department, Pécs University, Hungary
Effect of chemical admixtures on CO ² reduction in concrete
Harutake Imoto, BASF Construction Chemicals Asia Pacific, Japan
Environmental impact due to the transportation of fly ash Yusuke Aoki, Graduate School of Engineering, Hiroshuma University, Japan
Leadership through sustainability – new challenges for the concrete industry Carl-Alexander Graubner, Civil Engineering and Geodesy, Institute for Concrete and Masonry Structures, Technische Universität Darmstadt, Germany
Emily Lorenz, Editor-in-Chief, PCI Journal Precast, Prestressed Concrete Institute, USA
Unlocking the potential change for delivering transformational change in the sustainability performance of civil engineering projects Simon Price, Technical Director, Gifford, UK
Sustainability appraisal of concrete bridge structures C. Arya & P.R. Vassie, Department of Civil, Environmental and Geomatic Engineering, UCL, UK
Assuring sustainability of concrete Boudewijn Piscaer, Univerde Agencies, The Netherlands
Increasing structural material using efficiency for saving resources Dabin Feng, China Academy of Building Research, China
Quality control – striving for the verifiable result David Friedman, Principal Consultant, Architect and Construction Auditor, Quality Management Consultant-Principal, Australia
Market study of improved heat-insulating masonry bricks
More for less – outcomes from the UK precast concrete industry sustainability programme
Danièle Waldmann, Faculty of Sciences, Technology and Communication, University of Luxembourg, Luxembourg
Jacqueline Glass, Loughborough University, UK
CARES Sustainable reinforcing steel certification scheme
Review on sustainability of concrete waste recycling
Lee Brankley, UK CARES – FIB, UK
Yasuhiro Dosho, Tokyo Electric Power Company, Japan
Designing concrete structures for second time around
State of the art in environmental performance improvement technologies – from report of JCI committee on environmental performance of concrete structures
Stuart Alexander, WSP Group, UK
Kenji Kawai, Associate Professor, Department of Social and Environmental Engineering, Graduate School of Engineering, Hiroshima University, Japan
Takafumi Noguchi, Associate Professor, Department of Architecture, The University of Tokyo, Japan
Outline of recommendations for environmentally conscious practice of RC buildings published by AIJ
Supply/demand survey and in-transit environmental impact evaluation of aggregate for concrete conveyed to the Tokyo district
A new recycling method using demolished concrete debris and industrial by-products for the purpose of minimising the environmental load
Masaki Tamura, Department of Architecture and Urban Design filiation, Faculty of Engineering, Kogakuin University, Japan
Yoshitaka Ishikawa, Electric Power Development Co.Ltd (J-Power), Japan
Durability Concrete structure asset management is informed by life cycle analysis – ensure that the structural concept and design process is enhanced with good quality construction. Papers being presented: Analysis of the durability of SFRC and SFR-RCC against corrosion of fibres and freeze-thaw cycles Angela Graeff, Department of Civil and Structural Engineering, University of Sheffield, UK
Influence of deterioration on the dynamic behaviour of concrete beams Tamás Kovács, Assistant Professor, Department of Structural Engineering, Budapest University of Technology and Economics, Hungary
Bridge maintenance – A tool for strategy development
Influence of time dependency of chloride diffusion coefficient on resulting service life of concrete structures
Grischa Dette, Research Associate, Institute of Concrete Structures, Hamburg University of Technology, Germany
Katrien Audenaert, Magnel Laboratory for Concrete Research, Department of Structural Engineering, Ghent University, Belgium
Influence of cracks on chloride penetration in concrete
Lifetime performance of a modern landmark concrete building under severe damage
Katrien Audenaert, Magnel Laboratory for Concrete Research, Department of Structural Engineering, Ghent University, Belgium
Durability of self compacting concrete Antonios Kanellopoulos, Department of Civil and Environmental Engineering, University of Cyprus, Cyprus
Effect of compressive stress in concrete on ultrasonic pulse velocity Chee Khoon Ng, Faculty of Engineering, Universiti Malaysia Sarawak, Malaysia
From degradation to a new structure Azra Balagija, Department for Concrete and Masonry, Civil Engineering Institute of Croatia, Croatia
Fabio Biondini, Department of Structural Engineering, Politecnico di Milano, Italy
Modelling chloride induced corrosion service life of concrete bridge half-joints Mohammed Mehdi Kashani, Assistant Engineer, Scott Wilson and Part-time PhD Student, University of Bristol, UK
New knowledge on the probabilistic modelling of moisture influence on concrete resistivity Kai Osterminski, Centre for Building Materials, TU München, Germany
Performance-based service life model CHLODIF Irina Stipanovic Oslakovic, Civil Engineering Institute of Croatia, Croatia
© Emap Ltd 2009. The programme may change due to unforeseen circumstances. Emap reserves the right to alter the venue and/or speakers.
Building a sustainable future - Selection of papers Propagation mechanism of spalling cracks induced by reinforcement corrosion Satoshi Takaya, Department of Civil and Earth Resources Engineering, Kyoto University, Japan
Residual properties of hardened cement pastes after thermal shock Sándor Fehérvári, PhD Candidate, Department of Construction, Materials and Engineering Geology, Budapest University of Technology and Economics, Hungary
Marijana Serdar, Faculty of Civil Engineering, University of Zagreb, Croatia
Strengthening of reinforced concrete beams with unbonded prestressing tendons
Test methods and service life design
Seruga Andrzej, Kraków University of Technology, Poland
Chris Clear, British Cement Association, UK
Cathodic protection of reinforcement corrosion using patch repair with sacrificial zinc anode
Remaining performance of corroded reinforced concrete elements
Experimental analysis of reinforced concrete ties under simultaneous Yoshihiko Watanabe, West Japan Railway Company Co Ltd, Japan mechanical and chemical actions Concrete bridges with unlimited durability Francesco Tondolo, Department of Structural Engineering, Politecnico di Torino, Italy
Johann Kollegger, Professor; Institute for Structural Engineering, Vienna University of Technology, Austria
Materials The development of new materials requires investment and in many cases greater expense – learn how to manage costs whilst still delivering sustainable concrete structures of the future. Papers being presented: Design of PE ducts for bundled tendons
SCC on site: Understanding the implications for construction operations
Hermann Weiher, Technische Universitat, Germany
David Rich, Loughborough University, UK
Strength optimisation of cement with limestone filler
Self-induced stress in high-performance concrete treated with a combination of shrinkage-reducing and expansive admixtures
Guemmadi Z’hour, University Mentouri, Algeria
Analytical study on the flow of f resh concrete in conveying pipe under various conditions Kenji Watanabe, Department of Architecture, College of Engineering, Chubu University, Japan
Application of high strength fibre reinforced self-compacting concrete as a filling material in an innovative precast connection
Mohammed Meddah, Department of Social and Environmental Eng, Graduate School of Engineering, Hiroshima University, Japan
Tests of thin-walled concrete members reinforced with non-metallic fabrics Andrzej Ajdukiewicz, Department of Structural Engineering, Faculty of Civil Engineering, Silesian University of Technology, Poland
Fernando Almeida Filho, Post-Doctoral Researcher, Department of Structural Engineering, University of São Paulo, Brazil
The correlation of the electric current peaks emitted from stressed hardened cement paste with the strain rate
Bond behaviour between reinforcing bar and concrete damaged by alkali-silica reaction
Ilias Stavrakas, Laboratory of Electric Properties of Materials, Department of Electronics, Technological Educational Institution of Athens, Greece
Takashi Yamamoto, Department of Civil and Earth Resources Engineering, Kyoto University, Japan
The effective area of an adhesive bond of textile reinforced concrete
Bond strength behaviour of self-compacting concrete under cyclic loading in pull-out tests
Regine Ortlepp, Institute of Concrete Structures, Technische Universität Dresden, Germany
Fredy Garzó Reyes, Department of Engineering Structures, University of São Paulo, Brazil
Ultra high performance concrete with and without steel fibers
Concrete-filled steel tubes (cft): innovative composite construction method facilitated by high performance superplasticizer technology
The design of construction cements
Bastian Bicher, Sika Services AG, Switzerland
Self-consolidating concrete subjected to elevated temperature
Developing an ideal scenario for SCC: New findings from the UK
Hanaa Fares, PhD Student, Université de Cergy-Pontoise, France
David Rich, Loughborough University, UK
Efficient technology of concreting
The resistance of self compacting concrete with algerian natural pozzolan against the sulphate and acid attacks
Eduard Botyanovsky, Doctor of Technical Sciences, Professor of the Belarusian National Technical University (BNTU), Belarus
Hocine Siad, Laboratory of Civil Engineering and Mécanique Engineering, INSA, France & Laboratory of Materials, ENSET Oran, Algeria
Evaluation of various factors related to the dosification of the mixture on the compressive strength of self consolidating concrete
Innovative solutions for the strengthening of existing structures
Galit Agranati, Faculty of Civil Engineering, Polytechnic University of Madrid, Spain
Cornelia Magureanu, Technical University of Cluj-Napoca, Romania Benjamin Nyame, Consultant, UK
Iman Hajirasouliha, Department of Civil and Structural Engineering, The University of Sheffield, UK
Effect of slag content of cements on chloride ion binding
Research concerning the development of fly ash concrete for reducing environmental impact
Katalin Kopecskó, Department of Construction Materials and Engineering Geology, Budapest University of Technology and Economics, Hungary
Tsuyoshi Kouno, Civil Engineering Department, Shikoku Research Institute, Japan
US development of performance specifications based on international practice
FRP reinforcement for durable concrete structures
Kenneth Hover, School of Civil & Environmental Engineering, Cornell University & Vice President, American Concrete Institute, USA
Iman Hajirasouliha, Department of Civil and Structural Engineering, The University of Sheffield, UK
Influence of concrete creep on main structural characteristics of precast and prestressed concrete shells
The current status of blast furnace slag and portland blast furnace slag cement-based efforts to cope with global warming Susumu Kamita, Technical Committee, Nippon Slag Association, Japan
Gnida Sossou, Department of Civil Engineering, College of Engineering, Kwame Nkrumah University of Science and Technology, Ghana
Experimental investigation on mechanical performance of concrete containing fly ash enhanced by internal curing
Influence of material properties on the efficiency of near surface mounted strengthening
Tatsuya Nukushina, Department of Social and Environmental Engineering, Graduate School of Engineering, Hiroshima University, Japan
Zsombor K Szabo, Budapest University of Technology and Economics, Hungary
High performance concrete (HPC) for new age strucures
Influence of pumping on the properties of fresh Self-Compacting Concrete (SCC)
Thermal sound of concrete crumb rubber powder
Dimitri Feys, Ghent University, Belgium & Université Paris-Est, France
Brig TS Sidana, VSM, India Piti Sukontasukkul, Associate Professor, Department of Civil Engineering, Faculty of Engineering, King Mongkut University’s of Technology, Thailand
Iron-oxide cement compound effect on combination with superplasticizers of different origin L. Sheinich, The State Scientific Research Institute of Building Construction, Ukraine
© Emap Ltd 2009. The programme may change due to unforeseen circumstances. Emap reserves the right to alter the venue and/or speakers.
22nd – 24th June 2009
Please note not all accepted papers are outlined below, please visit www.fiblondon09.com for the full line up
Structure and construction Recent developments in extreme taller, longer and deeper concrete structures have been made possible by new construction techniques – hear how to make the impossible, possible! Papers being presented: A concrete bridge with lateral girders in Z-shape as an alternative for a traditional steel girder bridge Bart De Pauw, Teaching Assistant, Civil Engineer, PhD Student, Department of Civil Engineering Bridge Research Group, Ghent University, Belgium
Application of internal unbonded tendons in a sectionably erected bridge with a t-section Hans Bulicek, Bulicek and Engineers, Germany
Seismic upgrading of existing concrete bridges Gian Paolo Gamberini, Faculty of Engineering Department of Structural Engineering, University of Cagliari, Italy
Shear and existing concrete bridges and viaducts Dick Schaafsma, Directorate-General for Public Works and Water Management Public Works Department and Water Management, Dutch Ministry of Transport, Public Works and Water Management, Netherlands
Cyclic behaviour of high-strength concrete squat shear walls
Sluice door made of Ultra High Performance Concrete (UHPC) in the IJsselmeer Dam
Hooshang Dabbagh, Assistant Professor, University of Kurdistan, Iran
Rob Vergoossen, Arcadis, Netherlands
Building slabs on ground on a frictionless support
Some latest applications in moment resisting composite joints
Johann Kollegger, Professor, Institute for Structural Engineering, Vienna University of Technology, Austria
Tobia Zordan, Professor, Tongji University, China
Concrete production under traffic vibration
Strengthening of reinforced concrete slabs using post-tensioning with anchorages by bonding
Steffen Marx, Institute of Concrete Structures, Technische Universität Dresden, Germany
Duarte Faria, PhD Student, Science and Technology Faculty, New University of Lisbon, Portugal
Construction control of deck geometry and stay cable forces at the Otavio Frias Bridge
Study of factors that affect the flexural stiffness of beam-column connections in precast frames
Fernando Stucchi, Director - Professor, EGT Engenharia - EPUSP, Brazil
Construction of flyover at Naraina T-Point Ringroad New Delhi
Bruna Catoia, PhD Student, Engineering School of São Carlos, University of São Paulo, Brazil
Rakesh Kapoor, General Manager, Holtec Consulting, India
The new Aglio Viaduct – Highway A1 – Milan – Naples – Italy
Design and construction of ventilation towers in yamate tunnel
Guido Furlanetto, Chief Structural Engineering Department, Spea Ingegneria Europea, Italy
Takehiro Sugie, Metropolitan Expressway Company Limited, Japan
Design of the concrete cable-stayed Sungai Prai Bridge, Malaysia Gopal Srinivasan, Associate, Arup, UK
Design-construct contracts – A new approach for design engineers Aad van der Horst, Delft University of Technology, Netherlands
Evaluation of concrete bridges on bavarian state highways for 60 ton trucks Peter Lenz, Department of Concrete Structures, Technische Universität München, Germany
Mechanical properties of RC members repaired with epoxy resin injection method Hideo Araki, Graduate School of Engineering, Department of Social and Environmental Engineering, Hiroshima University, Japan
Fatigue behaviour of ultra high-performance concrete under cyclic stress reversal loading Birol Fitik, Department of Concrete Structures, Technische Universität München, Germany
The temporary stay progressive construction method – the compiegne north-east ringroad viaduct Didier Primault, Vinci Construction Grands Projects, France
Use of prestressed concrete slabs for foundations in soft, very moist soils Jose-Luis Quintana, Mexpresa!, Mexico
Bond behaviour between ribbed bars and concrete under transverse tension and repeated loading Alexander Lindorf, Institute of Concrete Structures, Faculty of Civil Engineering, Technische Universität Dresden, Germany
Analysis and design for cable stayed bridges? With concrete deck D.K. Kanhere, Associate Director, STUP Consultants P.Ltd, India
Load-bearing behaviour of steel fibre reinforced composite slabs Florian Ackermann, Institute for Concrete Structures and Structural Design, Kaiserslautern University of Technology, Germany
Design of the 'S'-shaped Cable-stayed Wadi Abdoun Bridge, Jordan
Restoring Indian bridges
Gopal Srinivasan, Associate, Arup, UK
Padmakar Manjure, Director, The Freyssinet Prestressed Concrete Company Ltd, India
Evaluating the main contractors influence within the concrete frame construction decision making process
Integral bridges: State of practice in Switzerland
Hasan Haroglu, Civil and Building Engineering Department, Loughborough University, UK
Walter Kaufmann, dsp Ingenieure & Planer AG, Switzerland
Investigation of tendon failures in older prestressed concrete bridges
Design of large concrete tanks for the BIOTA! Aquarium
Jan Lingemann, Department of Concrete Structures, Technische Universität München, Germany
Structural concrete after high dynamic loading – damage identification and repair
Lessons learned from investigations of parking garage collapses
Maximilian Fuchs, Institute for Structural Engineering, University of the German Armed Forces, Germany
Andrew Osborn, Wiss, Janney, Elstner Associates, USA
John Golding, WSP Cantor Seinuk, UK
The design and construction of earthquake resistant post-tensioned bridges in a section of egnatia motorway
The Phu My bridge in Ho Chi Minh City Claude Calamoneri, Arcadis, France
New construction method for valley bridges Johann Kollegger, Professor, Institute for Structural Engineering, Vienna University of Technology, Austria
Offshore concrete structures for tough environments Tor Ole Olsen, Olav Olsen, Norway
Pretensioned concrete beams made of ultra-high performance concrete
Theodoros Tzaveas, Egnatia Odos AE, Greece
Effect of mixer type on the performance of ultra-high performance concrete W. Micah Hale, Assistant Professor, University of Arkansas, USA
Competitive concrete foundations for offshore wind turbines William Brook-Hart, Gifford, UK
Guido Bertram, Research Engineer, Institute of Structural Concrete, Germany
Research on fatigue behaviour of RC beams strengthened with cfrp laminates Wit Derkowski, Civil Engineering Faculty, Cracow University of Technology, Poland
Interested in a group booking? Then email
[email protected] for special rates
© Emap Ltd 2009. The programme may change due to unforeseen circumstances. Emap reserves the right to alter the venue and/or speakers.
Building a sustainable future - Selection of papers Design and analysis Advances in computational techniques are enabling more sophisticated concrete structures to be designed – understand how advanced computational methods are transforming the way the designer works. Papers being presented: Deflections in diagonally cracked reinforced concrete beams Jesus M. Bairan, Department of Construction Engineering, Universitat Politècnica de Catalunya (UPC), Spain
Deformation method for analysis of concrete structures with ordinary and prestressed reinforcement taking into account flow of concrete Andriy Bambura, State Research Institute of Building Construction, Ukraine
Determination in the time of the modulus of elasticity of cast-in-situ concrete Vitalie Burciu, Academy of Sciences of Moldova, Republic of Moldova
Dynamic analysis for structural upgrade of footbridge located in Canna’s river in Carbonia (Italy) Gian Paolo Gamberini, Professor of Cagliari University, Faculty of Engineering, Department of Structural Engineering (DIS), Italy
Early age thermal crack control in concrete – Changes in UK design resulting from the introduction of EN1992 Phillip Bamforth, Independent Consultant, UK
Experimental investigation of moment redistributions in continuous reinforced concrete beams Lars Hagsten, Professor, Engineering College of Aarhus, Denmark
Failure simulation of reinforced concrete structures in seismic rehabilitation and response control
Performance of prestressed members cast with ultra-high performance concrete W. Micah Hale, Associate Professor, University of Arkansas, USA
Experimental analysis of the two pile caps – tie anchorage R.G Delalibera, Department of Structural Engineering, School of Engineering at São Carlos, University of São Paulo, Brazil
Plastic shear solutions for circular RC elements Uffe Jensen, Institute of Industrial and C ivil Engineering, University of Southern Denmark, Denmark
Post-tensioned concrete flat slabs with shear reinforcement in punching shear Guilherme Melo, University of Brasilia, Brazil
Punching shear behaviour of fiber reinforced slabs Zila Rinaldi, University of Rome, Italy
Relative crack displacements in high strength concrete beams failing in shear Juan Sagaseta, Concrete Section, Imperial College London, UK
Shear strength evaluation of reinforced and prestressed concrete structures
Toshiaki Hasegawa, Institute of Technology, Shimizu Corporation, Japan
Michael Collins, University Professor and Bahen-Tanenbaum Professor, Department Of Civil Engineering, University of Toronto, Canada
Fatigue due to concrete compression in bridges compared to practice
Strengthening of structures with concrete overlays: current research, regulations and practice
Philippe Van Bogaert, Civil Engineering Department, Ghent University, Belgium
FEM analysis on RC beams and slabs subjected to impact loading Abdul Sangi, School of the Built Environment, Heriot-Watt University, UK
Formulation for load-slip relationships of headed stud connector Hiroshi Shima, Professor, Department of Infrastructure Engineering, Kochi University of Technology, Japan
Fresh wind for German railway bridges Steffen Marx, Technische Universität Dresden, Germany
Full control in designing of RC structures Ane de Boer, Centre for Public Works Ministry of Transport, Public Works and Water Management, Netherlands
Generalised method for predicting the flexural collapse load of concrete slabs Andrew Jackson, University of Cambridge, UK
Improvement of methods for designing concrete structures under local compression Mikalai Rak, Belarusian National Technical University, Belarus
Innovative concrete girders
Norbert Randl, Carinthia University of Applied Sciences, Austria
The design of concrete slabs using finite element analysis: past, present and future Owen Brooker, The Concrete Centre, UK
The self-stressed reinforced concrete beams with unbounded tendons Victor Tur, Brest State Technical University, Belarus
Time-dependent stiffness of cracked reinforced concrete elements Raymond Ian Gilbert, Professor of Civil Engineering, The University of New South Wales, Australia
Verification criteria of the SIS of vibrations for road bridges with slender prestressed concrete decks Ana M. Ruiz-Teran, Principal Lecturer in Structural Engineering, University of East London, UK
Safety of RC members with GRFP reinforcement at elevated temperatures André Weber, Research & Development Schöck Bauteile GmbH, Germany
Utilization of a GA based DSS (Decision Support System) for a precast concrete structural design Augusto Albuquerque, Associated Engineer, Hepta Structural Engineering, Brazil
Martin Empelmann, Institute for Building Materials, Concrete Construction and Fire Protection, Technical University of Braunschweig, Germany
What ideas does Maillart's eighty-year-old approach give us about how a concrete structure could be designed in the 21st Century?
Instability problems – investigation of critical joint under lateral loads
D. Zastavni, Building and Architecture Engineer, Associate Professor, Université Catholique de Louvain (UCL), Belgium
Lisa Karatzas, Independent Consulting Civil Engineer, Greece
Investigation of constructions confronted with changing utilisation by in-situ loading tests Danièle Waldmann, Faculty of Sciences, Technology and Communication, University of Luxembourg, Luxembourg
New methodology for reinforced concrete beam-column cyclic test Rita Gião, Research Assistant, Instituto Superior de Engenharia de Lisboa, Instituto Politécnico de Lisboa, Portugal
New Swiss codes for the conservation of concrete structures Thomas Vogel, Professor of Structural Engineering, Swiss Federal Institute of Technology (ETH), Switzerland
Non-linear analyses and optimized strengthening of Slussen Mikael Hallgren, Tyréns AB, Sweden
Non-linear spatial frame analysis on cross-sectional level Thomas Löhning, Structural Analysis and Steel Structures Institute, Hamburg University of Technology (TUHH), Germany
Non-destructive damage assessment of constructions in civil engineering using non-linear vibration characteristics Danièle Waldmann, Faculty of Sciences, Technology and Communication, University of Luxembourg, Luxembourg
A shear-based analysis method for complex structures Evan Bentz, Associate Professor, Department of Civil Engineering, University of Toronto, Canada
Elasto-plastic bond model for transmission and anchorage lengths of prestressing reinforcement Jose R. Marti Vargas, Concrete Technology and Science Institute, Politechnic University of Valencia, Spain
Influence of cyclic loading on the bond behaviour of pretensioned strands Mazen Ayoubi, Institute of Structural Concrete, RWTH Aachen University
A coordinated view of restraint factors Stuart Alexander, WSP Group, UK
Non-symmetrical punching of f lat slabs and slab bridges without transverse reinforcement
Influence of FCK on the behaviour of CFT short columns under axial loads
Miguel Fernandez Ruiz, PhD, Lecturer and Research Scientist at EPFL, Switzerland
Walter Luiz Andrade de Oliveira, Researcher, Doctor in Structural Engineering, EESC-USP, Brazil
A study on restorable precast prestressed hybrid piers Akio Kasuga, Sumitomo Mitsui Construction, Japan © Emap Ltd 2009. The programme may change due to unforeseen circumstances. Emap reserves the right to alter the venue and/or speakers.
Search for Concrete: 21st Century Superhero
Social programme The Social Programme for conference attendees and accompanying persons includes: Welcome Reception & Registration – Sunday 21st June 2009 – 18:30 to 20:00
Our pre-conference Welcome Reception takes place at The Barbican, which is Europe’s largest multi-arts and conference venue, presenting a diverse range of art, music, theatre, dance, film and education events. Also home to the London Symphony Orchestra, this venue will allow delegates to register and network in advance of the symposium. The Symposium Banquet – Tuesday 23rd June 2009 – 19:00 to 11:30
This social gathering will offer you an informal setting to network, catch up with old colleagues, and make new connections whilst enjoying a first class meal at The Brewery, in Islington, London. Set within its own private courtyard in the vibrancy of the city, the Brewery traces its heritage back some 250 years. A Grade II listed building and holder of a City Heritage Award, the Brewery offers an unparalleled dining experience. Remember this is not exclusive to conference attendees – book now at www.fiblondon09.com/banquet to avoid disappointment.
Companions programme The fib Symposium 2009 will be running a Companions Programme across the main conference days to include the following: Monday 22nd June 09 – Prêt a Portea at The Berkeley
Prêt a Portea – take afternoon tea with a fashion twist. This is a unique experience and combines the latest London fashion scene with the most venerable of English traditions – afternoon tea.
Wednesday 24th June 09 – Stoke Park Film and Spa Day
Guests will take coffee and see the famous ‘blue door’ and book shop from the film Notting Hill and will be able to have a coffee around the famous Portobello Road Market.
Cost including transfers, guide and afternoon tea – £60 per person +VAT
Take lunch in San Marco in the health spa and relax by experiencing a Body Therapy Massage (£80) per person within the price during the afternoon.
Tuesday 23rd June 09 – Kensington Palace Tour
Cost per person including transfers, guide, lunch, spa massage – £129.56 +VAT
This guided tour of Kensington Palace includes exhibitions of Princess Diana’s dresses. The palace has a fascinating history and has been home to many Royals for over 300 years.
Please register your partner’s interest in attending and we shall provide the relevant booking instructions. Visit www.fiblondon09.com/companions now to secure your tour.
There will also be an opportunity to visit the Princess Diana Memorial Fountain in the adjoining Kensington Gardens. Cost including transfers, guide and admission to Kensington Palace – £41.73 per person +VAT
Produced by:
Register at www.fiblondon09.com or call +44 (0) 207 554 5800
CONCRETE:
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21st CENTURY SUPERHERO
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22nd – 24th June 2009, Business Design Centre, London
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VENUE Business Design Centre, 52 Upper Street, Islington, London, N1 0QH England
DELEGATE FEES Concrete: 21st Century Superhero 22 - 24 June 2009
Priority code: WEB
Conference code: C901
DELEGATE DETAILS (PLEASE COMPLETE IN BLOCK CAPITALS) Title (Mr, Ms, Mrs, Dr)
First Name
Standard rate
Please register .......
delegates
at £753 + VAT Symposium Banquet rate 23 June 2009
Delegate rate
Surname
Please register ....... seat(s)
for the banquet at £80 + VAT
Job Title
Please note: You must be registered to attend Concrete: 21st Century Superhero to qualify for delegate rate
Department
Non-delegate rate
Please register ....... seat(s)
for the banquet at £110 + VAT
Company name
Are you a student? Then email
[email protected] for special rates
Address
Technical tours - Register your interest to participate at www.fiblondon09.com/technicaltours
Town
County
Postcode
Country
Tel No
Fax No
Companions tours - Register your companions interest to attend at www.fiblondon09.com/companions
TERMS AND CONDITIONS DATA PROTECTION
Mobile No
By entering your details in the fields above, you agree to allow Emap Limited and companies associated with this event to contact you (by mail, email, telephone, SMS or fax) regarding their services. If you do not wish to receive such communications please contact us in writing.
Email
If you do not wish to receive mailings from other carefully selected companies please tick
Line Manager
BOOKING CONDITIONS
Job Title
Booking contact (sec/PA)
A confirmation letter will be sent, from our London Office within 3 - 5 working days from receipt of your booking. Please note that an invoice will be sent to you within 7 - 10 working days. Payment must be received before the conference date. If payment is not received, delegates will be asked to guarantee payment with a personal credit card on the day.
Tel No
Nature of company’s business No of employees (please tick)
0-49
50-249
250-499
500-999
1000 +
PLEASE PHOTOCOPY THIS FORM TO REGISTER FURTHER DELEGATES
HOW TO PAY (PLEASE TICK THE RELEVANT PAYMENT OPTION)
Cancellations made before Monday 25th May 2009 will be charged at 10% of the invoice total. Cancellations made between this date and Monday 8th June 2009 will be charged at 50% of the invoice total. Cancellations made after this date will be charged the full invoice total. However you can send a substitute delegate at any time. Bookings received less than two weeks before the conference date can only be paid by credit card. Cancellations and substitutions must be made in writing.
ACCOMMODATION Visit www.venuesearch.co.uk/emap/emap_concrete_2009_conference.htm for accommodation information
CREDIT / DEBIT CARD Card Number Issue No (for Maestro):
CANCELLATIONS / SUBSTITUTIONS
Expiry Date Valid from:
-
(Compulsory for Diners Club and Maestro)
–
Amount £
ACCESS REQUIREMENTS To help us ensure that all delegates attending the conference are able to participate fully, please let us know about any requirements you have by contacting the customer service team using the details above.
DIETARY REQUIREMENTS We always provide vegetarian options at our conferences, but please inform us if you need us to cater for any other dietary requirements.
CHEQUE Please find enclosed a cheque for the amount of £
CONFERENCE LANGUAGE: English. PLEASE NOTE
made payable to Emap Ltd. Please send to the address above (in Ways to register box).
INVOICE / BANK TRANSFER
Please note an invoice will be sent under a separate cover. For any invoice queries tel: 01733 213700
Email (accounts contact) Invoice Address (if different from above)
If paying by bank transfer please send your payment to: National Westminster Bank, PO Box 12258, 1 Princes Street, London, EC2R 8PA Account Name: Emap Support Services Ltd Conference Receipts Account Number: 39131807 Sort Code: 60-00-01 IBAN: GB93 NWBK 6000 0139 1318 07 Swift Number: NWBK GB 2L
Purchase Order No. (where applicable)
I have read the cancellation policy and agree with the terms and conditions. I authorise the use of my credit/debit card for the above payment
Signature
The conference fee covers entrance to all sessions, conference documentation and available papers, coffee/refreshment breaks & lunch.
Please quote priority code, conference code C901, and delegate(s) name in your correspondence
