Proceedings pro006 : International RILEM Conference on High Performance Fiber Reinforced Cement Composites (HPFRCC 3) Mainz, Germany (1999)

Title: International RILEM Conference on High Performance Fiber Reinforced Cement Composites (HPFRCC 3) Mainz, Germany (1999) Edited by H. W. Reinhardt and A. E. Naaman ISBN: 2-912143-06-3 e-ISBN: 2351580222 Pages: 686 Publication date: 1999

The main mechanisms of strengthening and toughening cementitious materials due to fiber addition are now generally understood. However, there is still enormous work ahead in terms of tailoring a composite for a given level of performance, especially when performance is specified not only in terms of mechanical properties, but also in terms of rheology, fresh properties, workability, production method, durability and the like.
High Performance Fiber Reinforced Cement Composites (HPFRCC) represent a class of cement composites whose stress-strain response in tension undergoes strain hardening behaviour accompanied by multiple cracking, and leading to a high strain capacity at failure. The primary objective of this International Workshop was to provide a compendium of up-to-date information on the most recent developments and research advances in the field of High Performance Fiber Reinforced Cement Composites. More than fifty contributions from leading world experts are assembled in these proceedings and provide an
authoritative perspective of the subject.

Contents

Preface Author(s): H.W. Reinhardt, A.E. Naaman

Pages: XV - XVI

Workshop Author(s): H.W. Reinhardt, A.E. Naaman

Pages: XVII - XVIII

Acknowledgement Author(s): H.W. Reinhardt, A.E. Naaman

Pages: XIX - XIX

Part one - New concepts, new materials

Setting the stage Author(s): H.W. Reinhardt, A.E. Naaman

Pages: 1 - 5

Properties of self-levelling concrete reinforced by steel fibres Author(s): J. Ambroise, S. Rols, J. Pera

Pages: 9 - 17

Advanced strength fiber composites Author(s): P. Balaguru, J.A. Hammell, R. Lyon

Pages: 19 - 30

Cementitious composites reinforced with textile fabrics Author(s): A. Bentur, A. Peled

Pages: 31 - 40

Phosphate bonding cements and their applications Author(s): N.S. Goringe, I.A. Maxwell

Pages: 41 - 51

Short-fibre reinforced reactive powder concrete Author(s): B.L. Karihaloo, K.M.B. de Vriese

Pages: 53 - 63

Optimum design of high performance fibre-reinforced cement composites Author(s): D. Lange-Kornbak, B.L. Karihaloo

Pages: 65 - 74

Self-prestressed fiber reinforced cement composites Author(s): A.E. Naaman, N. Krstulovic-Opara

Pages: 75 - 90

Formulation of design criteria for HPFRCC Author(s): H. Nakamura, H. Mihashi

Pages: 91 - 100

A new generation of UHP concrete: Ductal® damage resistance and micromechanical analysis Author(s): G. Orange, P. Acker, C. Vernet

Pages: 101 - 111

Scope of high performance fiber reinforced cement composites Author(s): S.P. Shah, A. Peled, C.M. Aldea, Y. Akkaya

Pages: 113 - 129

Impact of packing phenomena on the extent of the ITZ in plain and fibre concrete Author(s): P. Stroeven, M. Stroeven

Pages: 131 - 142

Sandwich panels in construction with HPFRCC-faces: New possibilities and adequate modelling Author(s): J. Wastiels

Pages: 143 - 151

Active fiber composites Author(s): S. Wu

Pages: 153 - 157

Part two - Workability, fresh state

Fiber reinforced shotcrete: Issues, challenges and opportunities Author(s): N. Banthia

Pages: 161 - 170

Development and testing of self-compacting grout for the production of SIFCON Author(s): P.J.M. Bartos, D.L. Marrs

Pages: 171 - 179

Interaction and packing of fibres: Effects on the mixing process Author(s): C.W. Hoy, P.J.M. Bartos

Pages: 181 - 191

Viscosity and fracture toughness of fiber-reinforced cement slurries at elevated temperatures Author(s): C. Meyer, Y. Wang

Pages: 193 - 202

Extrusion of ECC-material Author(s): H. Stang, V.C. Li

Pages: 203 - 211

Quantification of variations in the steel fibre content of fresh and hardened concrete Author(s): L. Taerwe, G. de Schutter, A. van Gysel, V. Vyncke, S. Schaerlaekens

Pages: 213 - 222

Part three - Loading and fracture

High performance user-friendly fiber reinforced composite under cyclic loading Author(s): P. Balaguru, H.S. Franklin

Pages: 225 - 238

Behaviour of fibre reinforced concrete cracked section under sustained load Author(s): G. Chanvillard, O. Roque

Pages: 239 - 250

Modelling the increase of ductility of HPC under compressive forces - A fracture mechanics aproach Author(s): G. König, L. Kützing

Pages: 251 - 259

Fracture toughness of fiber-reinforced glass concrete Author(s): C. Meyer, T.M. Monawar

Pages: 261 - 269

Some parametric investigations of the tensile behavior of slurry infiltrated mat concrete (SIMCON) Author(s): A.F. Oluokun, S.A.J. Malak

Pages: 271 - 297

Constitutive model for prediction of flexural fatigue life and performance characteristics of polyolefin fiber reinforced concrete Author(s): V. Ramakrishnan, C. Sivakumar

Pages: 299 - 320

Fatigue strength of steel fibrous concrete in flexure Author(s): S.P. Singh, S.K. Kaushik

Pages: 321 - 330

Influence of tensile strength of steel fibre on toughness of high strength concrete Author(s): L. Vandewalle

Pages: 331 - 337

Part four - Bond behaviour, modelling

Spring network model of fiber-reinforced cement composites Author(s): J.E. Bolander Jr.

Pages: 341 - 350

A pullout model for hooked end steel fibres Author(s): A. van Gysel

Pages: 351 - 359

Interaction between steel reinforcement and engineered cementitious composites Author(s): V.C. Li, G. Fischer

Pages: 361 - 369

Fibers with slip-hardening bond Author(s): A.E. Naaman

Pages: 371 - 385

A finite element study of the influence of micro-fibres on the tensile strength of cement pastes Author(s): P. Pierre, R. Pleau, M. Pigeon

Pages: 387 - 397

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

Pages: 399 - 411

Steel fibre reinforcement at boundaries in concrete elements Author(s): P. Stroeven

Pages: 413 - 422

Debonding behaviour of steel fibres with hooked ends Author(s): B. Weiler, C. Grosse, H.W. Reinhardt

Pages: 423 - 433

Part five - Physical properties, testing, chemical attack

On tension and fracture in thermally-damaged high-performance concrete: VHSC versur HSC Author(s): R. Felicetti, P.G. Gambarova, M.P. Natali Sora, F. Corsi, G. Giannuzzi

Pages: 437 - 448

Experimental sensitivity analysis of scatter in post cracking behaviour of SFRC Author(s): A.G. Kooiman, J.C. Walraven

Pages: 449 - 457

Effect of humic acid on flexural behavior of carbon fiber-reinforced cement pastes Author(s): Y. Ohama, K. Demura, K. Sumi

Pages: 459 - 466

Electrical properties of carbon fiber reinforced concrete Author(s): F. Reza, G.B. Batson, J.A. Yamamuro, J.S. Lee

Pages: 467 - 476

Assessment of micromechanical properties of cementitious composites by microindentation Author(s): P. Trtik, P.J.M. Bartos

Pages: 477 - 486

Acoustic emission investigations of the damage zone in steel fibre reinforced beams Author(s): B. Weiler, C. Grosse, H.W. Reinhardt

Pages: 487 - 496

Part six - Structural elements

Flexural behaviour of RC and PC beams with steel fibers Author(s): G. Balazs, I. Kovacs, L. Erdelyi

Pages: 499 - 508

The flexural behaviour of over-reinforced high strength concrete beams containing fibers Author(s): G. Campione, S. Mindess

Pages: 509 - 518

Fibers as shear reinforcement for high strength reinforced concrete beams containing stirrups Author(s): G. Campione, S. Mindess

Pages: 519 - 529

Structural performance of beam elements with PVA-ECC Author(s): H. Fukuyama, Y. Matsuzaki, K. Nakano, Y. Sato

Pages: 531 - 541

Behaviour of fiber reinforced concrete slabs under static and impact loading Author(s): P. Paramasivam, K.C.G. Ong, M. Basheerkhan

Pages: 543 - 552

A comparative study of sisal fiber reinforced concrete flexural members Author(s): M.R. Ramey, J.P.M. Mwangi

Pages: 553 - 563

Study on the anti-exploding characteristics of fiber reinforced cement based composite Author(s): W. Sun, G. Pan, H. Yan, C. Qi, H. Chen

Pages: 565 - 574

Steel fibres to resist punching shear an engineering model to enhance durable service life Author(s): D.D. Theodorakopoulos, R.N. Swamy

Pages: 575 - 582

Part seven - Applications, repair

High performance fibre concrete SIFCON for repairing environmental structures Author(s): R. Breitenbücher

Pages: 585 - 594

Pile supported reinforced or prestressed SFRC ground slabs Author(s): H. Falkner, U. Gossla

Pages: 595 - 602

DUCON, a durable overlay Author(s): S. Hauser, J.D. Wörner

Pages: 603 - 615

Performance of engineered cementitious composites in repair and retrofit: Analytical estimates Author(s): P. Kabele, S. Takeuchi, K. Inaba, H. Horii

Pages: 617 - 627

Use of SIMCON in seismic retrofit and new construction Author(s): N. Krstulovic-Opara

Pages: 629 - 649

High performance concrete applications in precast and prestressed concrete bridge slabs Author(s): G. Rosati

Pages: 651 - 660