Publications
Proceedings pro046 : International RILEM-JCI Seminar on Concrete Durability and Service Life Planning
Title: International RILEM-JCI Seminar on Concrete Durability and Service Life Planning Edited by K. Kovler ISBN: 2-912143-89-6 e-ISBN: 291214390X Pages: 530 Publication date: 2006 |
The object of the International RILEM-JCI Seminar on Concrete Durability and Service Life Planning (ConcreteLife’06) at the Dead Sea in Israel (14-16 March, 2006) is to discuss the future trends in research, development, and practical engineering applications related to durable concrete construction. ConcreteLife’06 is organized under the scientific sponsorship of International Union of Testing and Research Laboratories for Materials and Structures (RILEM) and Japan Concrete Institute (JCI).
A focus of ConcreteLife’06 is the design and construction of concrete structures exposed to severe environmental conditions. Examples of such environments are highly concentrated magnesium, sulfate and chloride brines of the hot weather Dead Sea and calcium chloride salt exposure of infrastructure (e.g. pavements and bridges) in cold climates. Although reinforced concrete structures can be designed and built to be durable in harsh conditions, there are numerous occasions where this potential is not materialized.
The economic implications of the damage when such deterioration occurs are quite large. The annual cost of repairs of concrete and reinforced concrete structures deteriorated due to chloride corrosion only in the Middle East, Japan, North Europe and North America, is estimated to be hundreds of billions of dollars. Therefore, the problem of durable concrete materials and life-cycle evaluation of concrete structures for use under severe conditions in different climates, hot and cold, is critically important.
The research cooperation in studying the processes of concrete deterioration in different environments, and the development of advanced high-performance materials, with a focus on utilization of industrial by-products, such as coal fly ash and granulated slag, is expected to bring scientific and practical benefits for the society.
Contents
Foreword Author(s): C. Kovler , R. Sato |
Pages: XVII - XVII |
Author Index Author(s): C. Kovler , R. Sato |
Pages: 509 - 510 |
Part One: Chloride and Sulfate Attack
Reinforcement corrosion in chloride environment of different concentrations Author(s): C. Andrade, S. García, L. Toro, C. Alonso, A. Hidalgo |
Pages: 3 - 12 |
Chloride penetration and carbonation in self-compacting concrete Author(s): G. Heirman, L. Vandewalle |
Pages: 13 - 23 |
Experimental studies on salty water penetration through cracks Author(s): K. Tanaka, I. Maruyama, R. Sato K. |
Pages: 24 - 32 |
Diffusion of chloride ions in cement-based material Author(s): T. Ayano, K. Hosotani, K. Yamamoto, K. Sakata |
Pages: 33 - 40 |
Ageing effect of chloride diffusion coefficient Author(s): G.C.M. Gaal, E.A.B. Koenders, R.B. Polder |
Pages: 41 - 50 |
Experimental study on decomposition processes of Friedel’s salt due to carbonation Author(s): T. Ishida, K. Kawai, R. Sato |
Pages: 51 - 58 |
Influence of aggressive environmental factors on concrete short-term and long-term strength under static and cyclic loading Author(s): V.A. Dorf, N.M. Vassiliev, R.O. Krasnovsky, O.V. Smirnov |
Pages: 59 - 64 |
Hardened cement paste under the action of still and flowing aggressive sulphate solutions Author(s): S. Modrý, A. Pleskot, Z. Bažantová |
Pages: 65 - 69 |
Role of ettringite, thaumasite and monocarbonate in hardening and destruction of Portland cement – gypsum system Author(s): K. Kovler |
Pages: 70 - 80 |
Part Two: Microstructural Changes
Effects of pozzolanic reaction on the evolution of coarse capillary pore structure and phase constitution in cement pastes with mineral admixtures Author(s): S. Igarashi, A. Watanabe |
Pages: 83 - 93 |
Cracks in concrete and fibre reinforced concrete – fracture mechanics modelling Author(s): Y.V. Zaytsev, V. Slowik, S.N. Leonovich |
Pages: 94 - 103 |
Cracking of high strength concrete around deformed reinforcing bar due to shrinkage Author(s): I. o Maruyama, S. Kameta, M. Suzuki,, R. Sato |
Pages: 104 - 111 |
Alkali silica reaction: effect of cracks on gel formation Author(s): C.P. Ostertag |
Pages: 112 - 118 |
Development of a method quantifying entrapped air voids at steel-concrete interface in real structure Author(s): I. Ujike, N. Buenfeld |
Pages: 119 - 128 |
Chloride ions diffusivity and micro-structure of concrete made with mineral admixtures Author(s): T. Saeki, K. Shinada, K. Sasaki |
Pages: 129 - 135 |
Part Three: Thermal and Hygral Effects
Activities of JCI-TC043A on control of thermal cracking Author(s): R. Sato, S. Sogo, T. Kanazu |
Pages: 139 - 148 |
Universal modeling for hydration heat generation of arbitrarily blended cementitious materials based on multi-component system Author(s): T. Kishi, Y. Otabe |
Pages: 149 - 154 |
Frost suction as the basic mechanism of frost action Author(s): M.J. Setzer |
Pages: 155 - 166 |
Correct simulation of real frost attack in laboratory tests Author(s): M.J. Setzer |
Pages: 167 - 176 |
Effect of curing conditions on properties of high-performance concrete and self-consolidating concrete Author(s): M. Kaszynska |
Pages: 176 - 177 |
Control of thermal cracking using heat of cement hydration in massive concrete structures Author(s): T. Mizobuchi, G. Sakai, T. Ohno, S. Matsumoto |
Pages: 187 - 196 |
Monitoring water loss from fresh concrete Author(s): O.M. Jensen |
Pages: 197 - 202 |
Evaporation, settlement, temperature evolution, and development of plastic shrinkage cracks in mortars with shrinkage-reducing admixtures Author(s): P. Lura, G.B. Mazzotta, F. Rajabipour, J. Weiss |
Pages: 203 - 213 |
Effectiveness of shrinkage reduction admixtures on cracking of mortar specimens Author(s): A.B. Ribeiro, A. Carrajola, A. Gonçalves, F. Branco |
Pages: 214 - 224 |
Moisture content of concrete exposed to natural atmospheres Author(s): C. Andrade, A. Castillo |
Pages: 225 - 234 |
Basic concepts for a model of different internal water sources Author(s): H.W. Reinhardt, S. Mönnig |
Pages: 235 - 244 |
Part Four: Service Life and Durability Design
Integration of technologies for optimizing durability performance of reinforced concretes Author(s): A. Bentur, N.S. Berke, Lianfang Li |
Pages: 247 - 258 |
Evaluation and prediction of reinforced concrete durability by means of durability indicators. Part I: new performance-based approach Author(s): V. Baroghel-Bouny |
Pages: 259 - 269 |
Evaluation and prediction of reinforced concrete durability by means of durability indicators. Part II: multi-level predictive modelling Author(s): V. Baroghel-Bouny, T.Q. Nguyen, M. Thiery, P. Dangla, P. Belin |
Pages: 270 - 280 |
A two-level approach to performance-based durability specifications for corrosion prevention Author(s): M. Alexander, K. Stanish, Y. Ballim |
Pages: 281 - 291 |
Validation of models for service life prediction – experiences from the practice Author(s): R. Polder, M.R. de Rooij, K. van Breugel |
Pages: 292 - 301 |
Key factors for producing durable concrete structures Author(s): K. van Breugel |
Pages: 302 - 309 |
Durability and service lifetime prediction of concrete reinforcing materials Author(s): L.C. Bank, O. Gonenc, L.J. Malvar, T. Hoffard, J.J. Lesko |
Pages: 310 - 318 |
Life cycle assessment of exterior cladding components Author(s): I.M. Shohet, M. Paciuk |
Pages: 319 - 329 |
Concrete binder performance evaluation in service life design Author(s): J.H.M. Visser, R.B. Polder |
Pages: 330 - 340 |
Reliability-based calibration of design code for concrete structures Author(s): A.S. Nowak, E.K. Szeliga, M.M. Szerszen |
Pages: 341 - 350 |
Reliability analysis for deflection of composite girder bridges Author(s): P. Laumet, A.S. Nowak |
Pages: 351 - 362 |
Service-life performance of RC structures made with supplementary cementitious materials in chloride-contaminated environments Author(s): D. Val |
Pages: 363 - 373 |
Contrasting different reliability-based design formats for the durability of concrete structures Author(s): M.A. Maes, S. Troive, K.E. Fritzsons |
Pages: 374 - 383 |
Probabilistic optimisation of concrete cover exposed to carbonation Author(s): M. Holický, N. Holická |
Pages: 384 - 393 |
Part Five: Recycling and Supplementary Materials
Heat of hydration and shrinkage properties of boron containing active belite cements Author(s): S. Türk, G. Gürbüz, T. Ertün, A. Yeginobali |
Pages: 397 - 404 |
Effect of GGBS on membrane potential of pastes Author(s): Y. Elakneswaran, T. Nawa, K. Kurumisawa, K. Fushimi |
Pages: 405 - 414 |
Modelling durability of self-compacting concrete Author(s): Y. Elakneswaran, T. Nawa, K. Kurumisawa, K. Fushimi |
Pages: 415 - 425 |
Strength and chemical resistance of fiber reinforced concrete based on polybutadiene matrix Author(s): Yu. Borisov, Yu. Potapov, D. Panfilov, O. Figovsky, D. Beilin |
Pages: 426 - 435 |
Durability of concrete made from recycled aggregates Author(s): J. Brozovsky, J. Zach, J. Brozovsky Jr. |
Pages: 436 - 443 |
Characterization of the hydration of portland cement blended with blast furnace slag based on SEM image analysis Author(s): G. Ye, Jian Zhou, K. van Breugel, G. De Schutter |
Pages: 444 - 453 |
Part Six: Testing and Repair
Concrete repair durability and project specifications – applications and implications Author(s): A.M. Vaysburd, P.H. Emmons |
Pages: 457 - 466 |
Testing sensitivity to cracking of repair materials Author(s): B. Bissonnette, A.M. Vaysburd, M. Morency |
Pages: 467 - 475 |
Damage to parking levels and underground car parks from de-icing salt – from the perspective of construction chemistry Author(s): H. Reul |
Pages: 476 - 485 |
Durability of reinforced concrete chimneys Author(s): A.A. Livshits |
Pages: 486 - 495 |
Condition assessment of reinforced concrete deck bridges under corrosion attack Author(s): P.B.R. Dissanayake, P.A.K. Karunananda |
Pages: 496 - 501 |
Tracing of crack depth in concrete structure using ultrasonic pulse method Author(s): J. Brozovsky, J. Brozovsky Jr., J. Zach |
Pages: 502 - 508 |