Jacques Resplendino,
J Resplendino,
Francois Toulemonde
John Wiley & Sons
e druk, 2010
9781848212718
Designing and Building with UHPFRC
Specificaties
Gebonden, 848 blz.
|
Engels
John Wiley & Sons |
e druk, 2010
ISBN13: 9781848212718
Rubricering
Onderdeel van serie
ISTE
Verwachte levertijd ongeveer 16 werkdagen
Samenvatting
This book contains the proceedings of the international workshop Designing and Building with Ultra–High Performance Fibre–Reinforced Concrete (UHPFRC): State of the Art and Development , organized by AFGC, the French Association for Civil Engineering and French branch of fib, in Marseille (France), November 17–18, 2009. This workshop was focused on the experience of a lot of recent UHPFRC realizations.
Through more than 50 papers, this book details the experience of many countries in UHPFRC construction and design, including projects from Japan, Germany, Australia, Austria, USA, Denmark, the Netherlands, Canada and France. The projects are categorized as novel architectural solutions, new frontiers for bridges, new equipments and structural components, and extending the service life of structures. The last part presents major research results, durability and sustainability aspects, and the updated AFGC Recommendations on UHPFRC.
Specificaties
ISBN13:9781848212718
Taal:Engels
Bindwijze:gebonden
Aantal pagina's:848
Uitgever:John Wiley & Sons
Serie:ISTE
Inhoudsopgave
<p>Foreword xxvii</p>
<p>UHPFRC 09 Scientific Committee xxxi</p>
<p>UHPFRC 09 Sponsors xxxiii</p>
<p>PART I. GENESIS OF A NEW CONSTRUCTION MATERIAL 1</p>
<p>Chapter 1. Introduction: What is a UHPFRC? 3<br /> Jacques RESPLENDINO</p>
<p>Chapter 2. UHPFRC: Science–driven Material Engineering Can Provide Sustainable Solutions 15<br /> Paul ACKER and Franz–Josef ULM</p>
<p>Chapter 3. UHPFRC Development: Review of a Determining Application 21<br /> Gérard BIRELLI</p>
<p>Chapter 4. UHPFRC Development: Experience with Ductal® Over the Past Two Decades 43<br /> Jean–François BATOZ and Mouloud BEHLOUL</p>
<p>Chapter 5. UHPFRC Development: The Experience of BSI® Applications 63<br /> Thierry THIBAUX</p>
<p>PART II. NOVEL ARCHITECTURAL SOLUTIONS 77</p>
<p>Chapter 6. The Enrico Navarra Gallery 79<br /> Rudy RICCIOTTI, Romain RICCIOTTI and Patrick MAZZACANE</p>
<p>Chapter 7. UHPFRC A Material for Perforated Panels and Lattice Work: Controlling Shrinkage in Order to Experiment with Various Shapes 87<br /> Dominique STOEUX, Jean–François BATOZ, Laurence JACQUES and Louis GUINGOT</p>
<p>Chapter 8. The Jean Bouin Stadium 101<br /> Rudy RICCIOTTI, Guillaume LAMOUREUX and Romain RICCIOTTI</p>
<p>PART III. NEW FRONTIERS FOR BRIDGES 109</p>
<p>Chapter 9. The Passerelle des Anges Footbridge 111<br /> Patrick MAZZACANE, Romain RICCIOTTI and François TEPLY</p>
<p>Chapter 10. Gärtnerplatz Bridge over River Fulda in Kassel: Multispan Hybrid UHPC–Steel Bridge 125<br /> Ekkehard FEHLING, Kai BUNJE and Michael SCHMIDT</p>
<p>Chapter 11. Construction of the PS34 UHPFRC Bridge 137<br /> Olivier DELAUZUN, Damien ROGAT, Laurent BOUTILLON, Lionel LINGER and Christian CLERGUE</p>
<p>Chapter 12. The Innovation and Application of UHPFRC Bridges in Japan 149<br /> Yoshihiro TANAKA, Koichi MAEKAWA, Yutaka KAMEYAMA, Akio OHTAKE, Hiroyuki MUSHA and Norio WATANABE</p>
<p>Chapter 13. Perspective on UHPCs from a Specialist Construction Company 189<br /> Mark REBENTROST and Gavin WIGHT</p>
<p>Chapter 14. Road Bridge Wild : Application of the UHPFRC Precast Segmental Construction Method for an Arch Structure 209<br /> Michael REICHEL, Bernhard FREYTAG and Lutz SPAROWITZ</p>
<p>Chapter 15. UHPC in the US Highway Infrastructure 221<br /> Benjamin GRAYBEAL<br /> <br /> Chapter 16. ITE® Beams, a Cost–effective Enduring Alternative to Filler–beam Decks 235<br /> Ziad HAJAR, Marco NOVARIN, Alain SIMON, Thierry THIBAUX, Sandrine CHANUT and René–Gérard SALE</p>
<p>Chapter 17. UHPFRC Waffle Deck Concept for a Bridge at Livron–Loriol 249<br /> Ferry TAVAKOLI, Sébastien BOUTEILLE and François TOUTLEMONDE</p>
<p>Chapter 18. UHPFRC Prototype for a Flexible Modular Temporary High–speed Railway Bridge 263<br /> Michael REICHEL, Guido ALTERSBERGER and Lutz SPAROWITZ</p>
<p>Chapter 19. Effective use of UHPC for Deep Foundation Piles 279<br /> Sri SRITHARAN, Tom VANDE VOORT and Muhannad SULEIMAN</p>
<p>Chapter 20. Design of Prestressed UHPFRC Girder Bridges According to Canadian Highway Bridge Design Code 295<br /> Husham ALMANSOUR and Zoubir LOUNIS</p>
<p>PART IV. NEW EQUIPMENTS AND STRUCTURAL COMPONENTS 317</p>
<p>Chapter 21. CRC: Precast Applications of UHPFRC 319<br /> Bendt AARUP</p>
<p>Chapter 22. Contribution of UHPFRCs in the Treatment of Thermal Bridges 331<br /> Thierry BURCKEL, Laurence JACQUES, Alain BIRAULT, Laurent HEINTZ, Jacques DALIPHARD and Mouloud BEHLOUL</p>
<p>Chapter 23. UHPFRC Sunshades: An Elegant Solution for Regulating Heat Input in Buildings 349<br /> Laurence JACQUES, Yves FOURNIER, Jean–Yves JOUSSELIN and Jean–François BATOZ</p>
<p>Chapter 24. Investigation of UHPFRC Slabs under Blast Loads 363<br /> Mark REBENTROST and Gavin WIGHT</p>
<p>Chapter 25. Experience with Prefabricated UHPFRC in the Netherlands 377<br /> Steffen GRÜNEWALD, Rik WEYNS and Jan DEKKERS</p>
<p>Chapter 26. Precast Bridge Parapets in Ultra High Performance Fiber–reinforced Concrete 391<br /> Jean–Philippe CHARRON, Eric NIAMBA and Bruno MASSICOTTE</p>
<p>Chapter 27. Using UHPFRC for Complex Façade Elements 405<br /> René SUTER, Lionel MOREILLON, Christian CLERGUE and Roger RACORDON</p>
<p>Chapter 28. Innovative Field Cast UHPC Joints for Precast Bridge Decks. Design, Prototype Testing and Projects 421<br /> Vic PERRY and Gary WEISS</p>
<p>Chapter 29. The High Performance Cementitious Material (HPCM), a Cousin of UHPFRC for Long–life Pavement 437<br /> François DE LARRARD</p>
<p>Chapter 30. Performance of UHPC Crossarms for High–voltage Transmission Lines 447<br /> Raafat EL–HACHA, Hani ABDELAZEEM and Ignacio CARIAGA</p>
<p>Chapter 31. Structural Evaluation of Hybrid FRP–UHPC Bridge Girders 467<br /> Ayman ELMAHDY, Raafat EL–HACHA, Nigel SHRIVE and Vic PERRY</p>
<p>Chapter 32. Museum of European and Mediterranean Civilizations (MuCEM): The Owner s Ambition 481<br /> Gérard GAZON</p>
<p>Chapter 33. Museum of European and Mediterranean Civilizations (MuCEM): High UHPFRC Content Structure Design 487<br /> Rudy RICCIOTTI, Jacques PORTELATINE and Florence NICOLAS</p>
<p>Chapter 34. Museum of European and Mediterranean Civilizations (MuCEM): Experimentation and Modeling of Straight and Y–shaped UHPFRC Prestressed Columns Under the Action of an Off–centered<br /> Vertical Load 501<br /> Philippe RIVILLON, Jacques PORTELATINE and Florence NICOLAS</p>
<p>PART V. EXTENDING THE LIFE OF STRUCTURES 529</p>
<p>Chapter 35. Seismic Retrofitting of Bridge Piers with UHPFRC Jackets 531<br /> Bruno MASSICOTTE and Guillaume BOUCHER–PROULX</p>
<p>Chapter 36. Application of Ultra–high–strength Fiber–reinforced Concrete for Irrigation Channel Repair Works 541<br /> Tsuyoshi ONO</p>
<p>Chapter 37. Using UHPFRC for Structural Reinforcement of Buildings and Civil Works 553<br /> Thierry THIBAUX</p>
<p>PART VI. MAJOR RESEARCH RESULTS 565</p>
<p>Chapter 38. Ultra High Performance Concrete for Prestressed Elements. Interest of Creep Prediction 567<br /> Philippe FRANCISCO, Farid BENBOUDJEMA, Patrick ROUGEAU and Jean–Michel TORRENTI</p>
<p>Chapter 39. Rheology of Fiber–reinforced Cementitious Materials: Basic Concepts and Application to UHPFRC 575<br /> Laëtitia MARTINIE, Pierre ROSSI and Nicolas ROUSSEL</p>
<p>Chapter 40. Behavior of UHPFRC at High Temperatures 579<br /> Pierre PIMIENTA, Jean–Christophe MINDEGUIA, Alain SIMON and Mouloud BEHLOUL</p>
<p>Chapter 41. Ant Colony Optimization for Ultra High Performance Concrete Structures 601<br /> Martin FLINT, Steffen GRÜNEWALD and Jeroen COENDERS</p>
<p>Chapter 42. Investigation of Biaxial Stress States of UHPC Bridge Girders through Small Panel Testing and Finite Element Analysis 619<br /> Kacie D ALESSANDRO, Carin ROBERTS–WOLLMANN, Thomas COUSINS and Elisa SOTELINO</p>
<p>Chapter 43. An Overview of Research Advances from 2002 Concerning UHPFRC, in View of Updating the AFGC Recommendations 639<br /> François TOUTLEMONDE, Bernard FOURÉ, Luca SORELLI, Florent BABY, Pierre MARCHAND and Franz Josef ULM</p>
<p>PART VII. DURABILITY AND SUSTAINABILITY 665</p>
<p>Chapter 44. An Example of UHPFRC Recycling 667<br /> Thierry SEDRAN, Cédric DURAND and François DE LARRARD</p>
<p>Chapter 45. Ultra High Performance Concrete and its Contribution to Sustainable Development 681<br /> Jean–François BATOZ and Mathieu RIVALLAIN</p>
<p>Chapter 46. Field Experience of UHPFRC Durability in an Air Cooling Tower 697<br /> François TOUTLEMONDE, Myriam CARCASSES and Maxime LION</p>
<p>PART VIII. UPDATED AFGC RECOMMENDATIONS 711</p>
<p>Chapter 47. Ultra High Performance Concrete: New AFGC Recommendations 713<br /> Jacques RESPLENDINO</p>
<p>Chapter 48. New AFGC Recommendations on UHPFRC: Chapter 1 Mechanical Characteristics and Behavior of UHPFRC 723<br /> Alain SIMON</p>
<p>Chapter 49. New AFGC Recommendations on UHPFRC: Chapter 2 Design 743<br /> Pierre MARCHAND</p>
<p>Chapter 50. New AFGC Recommendations on UHPFRC: Chapter 3 Durability 755<br /> Myriam CARCASSES</p>
<p>Chapter 51. Ultra High Performance Concrete and Sustainable Development: Synthesis of Available Data 765<br /> Pierre MARCHAND</p>
<p>List of Authors 771</p>
<p>Index 779</p>
<p>Author Index 783</p>
<p>French Summaries 785</p>
<p>UHPFRC 09 Scientific Committee xxxi</p>
<p>UHPFRC 09 Sponsors xxxiii</p>
<p>PART I. GENESIS OF A NEW CONSTRUCTION MATERIAL 1</p>
<p>Chapter 1. Introduction: What is a UHPFRC? 3<br /> Jacques RESPLENDINO</p>
<p>Chapter 2. UHPFRC: Science–driven Material Engineering Can Provide Sustainable Solutions 15<br /> Paul ACKER and Franz–Josef ULM</p>
<p>Chapter 3. UHPFRC Development: Review of a Determining Application 21<br /> Gérard BIRELLI</p>
<p>Chapter 4. UHPFRC Development: Experience with Ductal® Over the Past Two Decades 43<br /> Jean–François BATOZ and Mouloud BEHLOUL</p>
<p>Chapter 5. UHPFRC Development: The Experience of BSI® Applications 63<br /> Thierry THIBAUX</p>
<p>PART II. NOVEL ARCHITECTURAL SOLUTIONS 77</p>
<p>Chapter 6. The Enrico Navarra Gallery 79<br /> Rudy RICCIOTTI, Romain RICCIOTTI and Patrick MAZZACANE</p>
<p>Chapter 7. UHPFRC A Material for Perforated Panels and Lattice Work: Controlling Shrinkage in Order to Experiment with Various Shapes 87<br /> Dominique STOEUX, Jean–François BATOZ, Laurence JACQUES and Louis GUINGOT</p>
<p>Chapter 8. The Jean Bouin Stadium 101<br /> Rudy RICCIOTTI, Guillaume LAMOUREUX and Romain RICCIOTTI</p>
<p>PART III. NEW FRONTIERS FOR BRIDGES 109</p>
<p>Chapter 9. The Passerelle des Anges Footbridge 111<br /> Patrick MAZZACANE, Romain RICCIOTTI and François TEPLY</p>
<p>Chapter 10. Gärtnerplatz Bridge over River Fulda in Kassel: Multispan Hybrid UHPC–Steel Bridge 125<br /> Ekkehard FEHLING, Kai BUNJE and Michael SCHMIDT</p>
<p>Chapter 11. Construction of the PS34 UHPFRC Bridge 137<br /> Olivier DELAUZUN, Damien ROGAT, Laurent BOUTILLON, Lionel LINGER and Christian CLERGUE</p>
<p>Chapter 12. The Innovation and Application of UHPFRC Bridges in Japan 149<br /> Yoshihiro TANAKA, Koichi MAEKAWA, Yutaka KAMEYAMA, Akio OHTAKE, Hiroyuki MUSHA and Norio WATANABE</p>
<p>Chapter 13. Perspective on UHPCs from a Specialist Construction Company 189<br /> Mark REBENTROST and Gavin WIGHT</p>
<p>Chapter 14. Road Bridge Wild : Application of the UHPFRC Precast Segmental Construction Method for an Arch Structure 209<br /> Michael REICHEL, Bernhard FREYTAG and Lutz SPAROWITZ</p>
<p>Chapter 15. UHPC in the US Highway Infrastructure 221<br /> Benjamin GRAYBEAL<br /> <br /> Chapter 16. ITE® Beams, a Cost–effective Enduring Alternative to Filler–beam Decks 235<br /> Ziad HAJAR, Marco NOVARIN, Alain SIMON, Thierry THIBAUX, Sandrine CHANUT and René–Gérard SALE</p>
<p>Chapter 17. UHPFRC Waffle Deck Concept for a Bridge at Livron–Loriol 249<br /> Ferry TAVAKOLI, Sébastien BOUTEILLE and François TOUTLEMONDE</p>
<p>Chapter 18. UHPFRC Prototype for a Flexible Modular Temporary High–speed Railway Bridge 263<br /> Michael REICHEL, Guido ALTERSBERGER and Lutz SPAROWITZ</p>
<p>Chapter 19. Effective use of UHPC for Deep Foundation Piles 279<br /> Sri SRITHARAN, Tom VANDE VOORT and Muhannad SULEIMAN</p>
<p>Chapter 20. Design of Prestressed UHPFRC Girder Bridges According to Canadian Highway Bridge Design Code 295<br /> Husham ALMANSOUR and Zoubir LOUNIS</p>
<p>PART IV. NEW EQUIPMENTS AND STRUCTURAL COMPONENTS 317</p>
<p>Chapter 21. CRC: Precast Applications of UHPFRC 319<br /> Bendt AARUP</p>
<p>Chapter 22. Contribution of UHPFRCs in the Treatment of Thermal Bridges 331<br /> Thierry BURCKEL, Laurence JACQUES, Alain BIRAULT, Laurent HEINTZ, Jacques DALIPHARD and Mouloud BEHLOUL</p>
<p>Chapter 23. UHPFRC Sunshades: An Elegant Solution for Regulating Heat Input in Buildings 349<br /> Laurence JACQUES, Yves FOURNIER, Jean–Yves JOUSSELIN and Jean–François BATOZ</p>
<p>Chapter 24. Investigation of UHPFRC Slabs under Blast Loads 363<br /> Mark REBENTROST and Gavin WIGHT</p>
<p>Chapter 25. Experience with Prefabricated UHPFRC in the Netherlands 377<br /> Steffen GRÜNEWALD, Rik WEYNS and Jan DEKKERS</p>
<p>Chapter 26. Precast Bridge Parapets in Ultra High Performance Fiber–reinforced Concrete 391<br /> Jean–Philippe CHARRON, Eric NIAMBA and Bruno MASSICOTTE</p>
<p>Chapter 27. Using UHPFRC for Complex Façade Elements 405<br /> René SUTER, Lionel MOREILLON, Christian CLERGUE and Roger RACORDON</p>
<p>Chapter 28. Innovative Field Cast UHPC Joints for Precast Bridge Decks. Design, Prototype Testing and Projects 421<br /> Vic PERRY and Gary WEISS</p>
<p>Chapter 29. The High Performance Cementitious Material (HPCM), a Cousin of UHPFRC for Long–life Pavement 437<br /> François DE LARRARD</p>
<p>Chapter 30. Performance of UHPC Crossarms for High–voltage Transmission Lines 447<br /> Raafat EL–HACHA, Hani ABDELAZEEM and Ignacio CARIAGA</p>
<p>Chapter 31. Structural Evaluation of Hybrid FRP–UHPC Bridge Girders 467<br /> Ayman ELMAHDY, Raafat EL–HACHA, Nigel SHRIVE and Vic PERRY</p>
<p>Chapter 32. Museum of European and Mediterranean Civilizations (MuCEM): The Owner s Ambition 481<br /> Gérard GAZON</p>
<p>Chapter 33. Museum of European and Mediterranean Civilizations (MuCEM): High UHPFRC Content Structure Design 487<br /> Rudy RICCIOTTI, Jacques PORTELATINE and Florence NICOLAS</p>
<p>Chapter 34. Museum of European and Mediterranean Civilizations (MuCEM): Experimentation and Modeling of Straight and Y–shaped UHPFRC Prestressed Columns Under the Action of an Off–centered<br /> Vertical Load 501<br /> Philippe RIVILLON, Jacques PORTELATINE and Florence NICOLAS</p>
<p>PART V. EXTENDING THE LIFE OF STRUCTURES 529</p>
<p>Chapter 35. Seismic Retrofitting of Bridge Piers with UHPFRC Jackets 531<br /> Bruno MASSICOTTE and Guillaume BOUCHER–PROULX</p>
<p>Chapter 36. Application of Ultra–high–strength Fiber–reinforced Concrete for Irrigation Channel Repair Works 541<br /> Tsuyoshi ONO</p>
<p>Chapter 37. Using UHPFRC for Structural Reinforcement of Buildings and Civil Works 553<br /> Thierry THIBAUX</p>
<p>PART VI. MAJOR RESEARCH RESULTS 565</p>
<p>Chapter 38. Ultra High Performance Concrete for Prestressed Elements. Interest of Creep Prediction 567<br /> Philippe FRANCISCO, Farid BENBOUDJEMA, Patrick ROUGEAU and Jean–Michel TORRENTI</p>
<p>Chapter 39. Rheology of Fiber–reinforced Cementitious Materials: Basic Concepts and Application to UHPFRC 575<br /> Laëtitia MARTINIE, Pierre ROSSI and Nicolas ROUSSEL</p>
<p>Chapter 40. Behavior of UHPFRC at High Temperatures 579<br /> Pierre PIMIENTA, Jean–Christophe MINDEGUIA, Alain SIMON and Mouloud BEHLOUL</p>
<p>Chapter 41. Ant Colony Optimization for Ultra High Performance Concrete Structures 601<br /> Martin FLINT, Steffen GRÜNEWALD and Jeroen COENDERS</p>
<p>Chapter 42. Investigation of Biaxial Stress States of UHPC Bridge Girders through Small Panel Testing and Finite Element Analysis 619<br /> Kacie D ALESSANDRO, Carin ROBERTS–WOLLMANN, Thomas COUSINS and Elisa SOTELINO</p>
<p>Chapter 43. An Overview of Research Advances from 2002 Concerning UHPFRC, in View of Updating the AFGC Recommendations 639<br /> François TOUTLEMONDE, Bernard FOURÉ, Luca SORELLI, Florent BABY, Pierre MARCHAND and Franz Josef ULM</p>
<p>PART VII. DURABILITY AND SUSTAINABILITY 665</p>
<p>Chapter 44. An Example of UHPFRC Recycling 667<br /> Thierry SEDRAN, Cédric DURAND and François DE LARRARD</p>
<p>Chapter 45. Ultra High Performance Concrete and its Contribution to Sustainable Development 681<br /> Jean–François BATOZ and Mathieu RIVALLAIN</p>
<p>Chapter 46. Field Experience of UHPFRC Durability in an Air Cooling Tower 697<br /> François TOUTLEMONDE, Myriam CARCASSES and Maxime LION</p>
<p>PART VIII. UPDATED AFGC RECOMMENDATIONS 711</p>
<p>Chapter 47. Ultra High Performance Concrete: New AFGC Recommendations 713<br /> Jacques RESPLENDINO</p>
<p>Chapter 48. New AFGC Recommendations on UHPFRC: Chapter 1 Mechanical Characteristics and Behavior of UHPFRC 723<br /> Alain SIMON</p>
<p>Chapter 49. New AFGC Recommendations on UHPFRC: Chapter 2 Design 743<br /> Pierre MARCHAND</p>
<p>Chapter 50. New AFGC Recommendations on UHPFRC: Chapter 3 Durability 755<br /> Myriam CARCASSES</p>
<p>Chapter 51. Ultra High Performance Concrete and Sustainable Development: Synthesis of Available Data 765<br /> Pierre MARCHAND</p>
<p>List of Authors 771</p>
<p>Index 779</p>
<p>Author Index 783</p>
<p>French Summaries 785</p>