Proceedings pro015 : Fifth RILEM Symposium on Fibre-Reinforced Concretes (FRC) BEFIB' 2000 Lyon, France (2000)

Title: Fifth RILEM Symposium on Fibre-Reinforced Concretes (FRC) BEFIB' 2000 Lyon, France (2000) Edited by P. Rossi and G. Chanvillard ISBN: 2-912143-18-7 e-ISBN: 291214373X Pages: 810 Publication date: 2000

BEFIB'2000 is the fifth international symposium held on fibre-reinforced concretes and has been organised under the aegis of RILEM. This symposium aims at highlighting industrial applications along with what could be qualified as the technological aspects.
It should also be considered as a turn-of-the-century assessment of our current state of knowledge regarding fibre-reinforced concretes and an opportunity to forge strategies for further advances.
For these reasons, researchers, academics, designers, practitioners, engineers, heads of construction companies and concrete industry firms, architects, and project supervisors are concerned by the topics of BEFIB'2000.

These topics are:

* mix-design and placement
* structural and industrial applications
* physico-chemical properties
* mechanical properties
* design methods and modelling
* durability
* high and ultra-high performances fibre reinforced cement composites

Contents

Preface Author(s): P. Rossi

Pages: XIV - XVII

Invited lectures

FRC for sustainable infrastructure regeneration and rehabilitation Author(s): R. Narayan Swamy

Pages: 3 - 18

BEFIM: the French National Project for the industrial development of metal fibre reinforced concrete Author(s): R. Lacroix, P. Rossi

Pages: 19 - 27

Characterisation of fibre reinforced concrete mechanical properties: a review Author(s): G. Chanvillard

Pages: 29 - 50

Design method for steel fiber reinforced concrete proposed by RILEM TC 162-TDF Author(s): L. Vandewalle

Pages: 51 - 64

Fiber reinforcements for concrete: looking back, looking ahead Author(s): A.E. Namaan

Pages: 65 - 86

Ultra-high performance fibre reinforced concretes (UHPFRC): an overview Author(s): P. Rossi

Pages: 87 - 100

Part one: Mix design and placing

Mix design analysis on steel fiber reinforced concrete Author(s): A.D. de Figueiredo, N.L. Nunes, J. Tanesi

Pages: 103 - 118

Mix design for SFRC bridge deck construction Author(s): B. Massicotte, G. Degrange, N. Dzeletovic

Pages: 119 - 128

Mix design of very high strength steel fibre reinforced concrete (VHS SFRC) for tunnel liner Author(s): C. Hu, P. Casanova, F. Delalande

Pages: 129 - 138

Hybrid fibers in high performances extruded cement composites Author(s): A. Peled, M. Cyr, S.P. Shah

Pages: 139 - 147

Rebound reduction in steel fiber reinforced dry-mix shotcrete through matrix modifications Author(s): V. Bindiganavile, N. Banthia

Pages: 149 - 157

Methods for assessment of uniformity in carbon fibre dispersions in cementitious materials Author(s): P. Stroeven, Z. Shui, Y. Cheng

Pages: 159 - 168

Part two: Structural applications

Tunnel precast segments: an SFRC alternative? Author(s): F. Toutlemonde, M. Quiertant, S. Dubroca, P. Rossi, F. Petit, S. Bernard

Pages: 171 - 180

Panneaux prefabriqués de façades en béton de sable renforcé de fibre de fonte amorphe Author(s): G. Chanvillard, G. Giraudon, O. Roque

Pages: 181 - 192

Fibre reinforced concrete: a structural perspective Author(s): B. Massicotte, P.H. Bischoff

Pages: 193 - 202

Plaques de tirants d'ancrage en BPR pour terre armée Author(s): D. Tournette, J.-L. Pégon, A. Stefanni, J. Dugat

Pages: 203 - 212

Effect of steel macro fibers on cracking of thin concrete repairs Author(s): O. Laurence, B. Bissonnette, M. Pigeon, P. Rossi

Pages: 213 - 222

FRC piles earthquake behaviour Author(s): F. Buyle-Bodin, M. Madhkhan

Pages: 223 - 232

FRHPC precast roof elements: from constitutive to structural behaviour in bending Author(s): M. di Prisco, R. Felicetti, F. Iorio

Pages: 233 - 242

Flexural behavior of high performance fiber-reinforced prestressed concrete beams Author(s): G. Rosati, G.L. Guerrini

Pages: 243 - 252

Design criteria for structural use of fibre-reinforced concrete in prestressed precast roof elements Author(s): C. Failla, L. Astori, G. Toniolo, L. Ferrara

Pages: 253 - 262

Analysis and design of SFRC bridge decks Author(s): B. Massicotte, A. Bélanger, K. Moffatt

Pages: 263 - 272

Innovation: steel fibre concrete for jointless rail tracks Author(s): H. Falkner, V. Henke

Pages: 273 - 279

Investigation of fibre-reinforced thin repairs of concrete slabs or road pavements Author(s): A.M. Brandt, J.-L. Granju, A. Wysokowski, M.A. Glinicki, A. Turatsinze, A. Zurawicka, A. Toumi

Pages: 281 - 290

Structural application of steel fibre as principal reinforcing: conditions - design - examples Author(s): X. Destrée

Pages: 291 - 301

Part three: Design methods and modelling

Design of steel fibre reinforced concrete slabs on grade Author(s): J. Silfwerbrand

Pages: 305 - 314

A fracture mechanics based design approach to FRC Author(s): H. Stang, J.F. Olesen

Pages: 315 - 324

Calcul des contraintes de retrait gêné par frottement dans les dallages: influence des fibres vis à vis des risques de fissuration Author(s): C. Feron, G. Chanvillard

Pages: 325 - 336

Designing FRC slabs on grade for temperature and shrinkage induced cracks Author(s): J.F. Olesen, H. Stang

Pages: 337 - 346

Torsional behaviour of fibre-reinforced concrete beams Author(s): R. Cerioni, D. Ferretti, Ivo Iori

Pages: 347 - 356

Non-local damage analysis of three-point bending tests on SFRC notched beams Author(s): L. Ferrara, R. Gettu

Pages: 357 - 367

Deformational properties of fiber reinforced concrete under unaxial tension and shear Author(s): T. Tsubaki, S. Sumitro, T. Arai

Pages: 369 - 378

Mechanisms of micro-reinforcement in cementitious materials Author(s): P. Pierre, R. Pleau, M. Pigeon

Pages: 379 - 388

Testing and modelling pan FRC plates damaged by impact loads Author(s): E. Cartapati, N. Nisticò

Pages: 389 - 398

Post-peak fatigue behavior of fiber-reinforced concrete Author(s): S. Cangiano, G.A. Plizzari, P. Colosio

Pages: 399 - 408

Behavior of FRC under uniaxial tension Author(s): S. Marfia, E. Sacco, H. Stang

Pages: 409 - 418

Modelling of fibre dispersions in cementitious systems Author(s): P. Stroeven

Pages: 419 - 428

Part four: Mechanical properties

Uniaxial stress-strain relationship of cementitious composites - A review Author(s): X. Hu, R. Day

Pages: 431 - 440

A comparative study of the toughness of steel fiber reinforced concrete in tensions, flexure and shear Author(s): B. Barragán, R. Gettu, R.F. Zalochi, M.A. Martín, L. Agulló

Pages: 441 - 450

Flexural-shear interaction in high strength fibre reinforced concrete beams Author(s): G. Campione, L. La Mendola, G. Zingone

Pages: 451 - 460

Monotonic and cyclic flexural behaviour of medium and high strength fibre reinforced concrete Author(s): G. Campione, S. Mindess, N. Banthia

Pages: 461 - 470

Development and application of high performance hybrid fiber reinforced concrete Author(s): N. Banthia, C. Yan, V. Bindiganavile

Pages: 471 - 480

Experimental investigation on lightweight fibre reinforced concrete with hooked steel fibres Author(s): G. Campione, N. Miraglia, M. Papia

Pages: 481 - 490

Fracture properties and acoustic emission response of hybrid polypropylene-steel fibre reinforced concrete Author(s): C. Qian, P. Stroeven, D.H. Dalhuisen, A. Moczko

Pages: 491 - 500

Concrete reinforced by low volume content of short glass fibers Author(s): Y. Cheng, P. Stroeven, X. Peng, R. Gao

Pages: 501 - 509

Delayed behaviour of cracked SFRC beams Author(s): J.-L. Granju, P. Rossi, G. Chanvillard, B. Mesureur, A. Turatsinze, H. Farhat, C. Boulay, J.-J. Serrano, P. Fakhri, O. Roque, P. Rivillon

Pages: 511 - 520

Mechanical behavior of fibre reinforced high performance concrete after exposure to high temperatures Author(s): S.Y.N. Chan, X. Luo, W. Sun

Pages: 521 - 529

Fracture of fibre reinforced concrete notched beams under impact loading Author(s): P. Sukontasukkul, S. Mindess, N. Banthia

Pages: 531 - 539

Creep and shrinkage of steel fibre reinforced concrete Author(s): J. Krátký, K. Trtík, J. Spura

Pages: 541 - 545

Cracking behaviour of steel microfibres reinforced cement pastes Author(s): M. Shink, R. Pleau, M. Pigeon, R. Gagné

Pages: 547 - 556

Cementitious materials under uniaxial loads Author(s): L. Biolzi, A. Meda, G. Rosati, G.L. Guerrini

Pages: 557 - 566

Bond and splitting in high performance fiber reinforced concrete Author(s): S. Cattaneo, G. Rosati

Pages: 567 - 576

Experimental behaviour of high strength fiber concrete beams under cyclic and alternated loadings Author(s): L. Daniel, A. Loukili, J. Lamirault

Pages: 577 - 586

Tensile stress distribution model for cement composites reinforced by short fiber Author(s): K. Yamada, H. Mihashi

Pages: 587 - 596

Influence of fracture toughness of matrix on the ductibility of fiber reinforced cementitious composites Author(s): H. Mihashi, A. Kawamata, Y. Kaneko, K. Kirikoshi

Pages: 597 - 606

Influence of polypropylene fibres on the homogeneity of results of properties of fibre reinforced concrete Author(s): K. Trtík

Pages: 607 - 611

Tests on composite material reinforced by steel wool or steel straw fibres Author(s): C.E. de Siqueira Tango

Pages: 613 - 622

Ageing effect on post-crack behavior of SFRC Author(s): J. Sustersic, V. Ukrainczyk, A. Zajc, A. Sajna

Pages: 623 - 631

Comparison of tension stiffening for plain and steel fibre reinforced concrete Author(s): P.H. Bischoff

Pages: 633 - 641

Properties of FRC with modified cellulose fibres Author(s): W. Pichór, M. Petri, J. Déjà

Pages: 643 - 652

Part five: Durability

Durability of sisal fibre reinforced mortar composites Author(s): R.D. Tolêdo Filho, K. Ghavami, G.L. England, K. Scrivener

Pages: 655 - 664

Influence of carbon fibres on corrosion risks of steel bars in concrete Author(s): Z. Shui, P. Stroeven

Pages: 665 - 670

Permeability study of fibers shotcrete Author(s): E. Ferrier, P. Hamelin

Pages: 671 - 680

Permeability of cracked high performance fiber reinforced cement based composites Author(s): C.-M. Aldea, A. Peled, S.P. Shah

Pages: 681 - 690

Size effect of reinforcement on corrosion initiation Author(s): P.S. Mangat, B.T. Molloy

Pages: 691 - 701

Part six: Physical and chemical properties

Effect of the incorporation of fibers on the plastic shrinkage of concrete Author(s): J. Mora, R. Gettu, C. Olazábal, M.A. Martín, A. Aguado

Pages: 705 - 714

Recent developments in glass fibre reinforced cement Author(s): D. Muller, I.J. Morrison

Pages: 715 - 724

Non destructive test ffor young age characterization of projected fibers concrete Author(s): E. Ferrier, G. Lagarde, P. Hamelin

Pages: 725 - 734

Microstructure and mechanical properties of composite made of well embedded AR glass fiber Author(s): D. Bonen, T.D. Tonyan

Pages: 735 - 745

Part seven: High and ultra-high performance FRC

Mechanical behaviour of HPC and UHPC in direct tension at high temperature and after cooling Author(s): R. Felicetti, P.G. Gambarova, M.P. Natali Sora

Pages: 749 - 758

Flexural behaviour of ultra high-performance cementitious composites reinforced with different types of steel fibres Author(s): D. Boulet, R. Pleau, P. Rougeau, R. Bodet

Pages: 759 - 768

Etude du comportement à la fatigue du BPR fibré Author(s): D. Mouquet, G. Bernier, M. Behloul

Pages: 769 - 779

Ductal®: new ultra high performance concretes - Damage resistance and micromechanical analysis Author(s): G. Orange, J. Dugat, P. Acker

Pages: 781 - 790

Mechanical characteristics of multi-modal fiber reinforced cement based composites Author(s): Y. Sato, J.G.M. van Mier, J.C. Walraven

Pages: 791 - 800

Matrix-fiber coherence of SFRHPC Author(s): L. Ay

Pages: 801 - 809