Publications
Proceedings pro047 : International RILEM Workshop on Performance Based Evaluation and Indicators for Concrete Durability
Title: International RILEM Workshop on Performance Based Evaluation and Indicators for Concrete Durability Edited by V. Baroghel-Bouny, C. Andrade, R. Torrent and K. Scrivener ISBN: 978-2-912143-95-2 e-ISBN: 9782912143969 Pages: 0 Publication date: 2007 |
With the increasing diversity of concretes available, there is a need to move beyond the current prescriptive specifications for durability, toward performance-based indicators. This workshop examined methods being proposed to evaluate the durability-related performance of concrete, both in the laboratory and on site.
A number of keynote speakers have been invited to give a perspective of the development of a performance based approach in different parts of the world.
Progress in this area is of great practical relevance in developing predictive models for the performance of concrete over the lifetime of structures, which is often in excess of 100 years.
The aim of this workshop was to bring together leading researchers in the field, to promote dialogue. The presentations and discussions were sorted into four different sessions:
1. Performance approaches for durability (based on laboratory or site data) - Measurement of durability indicators and monitoring parameters in laboratory
2. Service-life predictive models based on durability indicators
3. Measurement of concrete performance of real structures or under natural conditions and in situ methods - Comparison with performance testing in laboratory
4. Impact of supplementary cementing materials on microstructure and durability performance
Contents
Preface Author(s): V. Baroghel-Bouny, C. Andrade, R. Torrent, K. Scrivener |
Pages: XV |
Session 1: Performance approaches for durability (based on laboratory or site data) - Measurement of durability indicators and monitoring parameters in laboratory
Durability indicators: relevant tools for performance-based evaluation and multi-level prediction of RC durability Author(s): V. Baroghel-Bouny |
Pages: 3 - 30 |
Performance based guideline for service life design of concrete for civil engineering structures - A proposal discussed in the Netherlands Author(s): R.B. Polder, G. van der Wegen, M. Boutz |
Pages: 31 - 39 |
Performance-based specification and conformity control of durability Author(s): R. Torrent |
Pages: 41 - 50 |
An NDT performance-related proposal based on electrical resistivity to the specification of concrete durability Author(s): C. Andrade, O. Río, A. Castillo, M. Castellote, R. d’Andrea |
Pages: 51 - 58 |
Sorptivity of concrete as an indicator of laboratory freeze-thaw scaling performance Author(s): S.E. Chidiac, D.K. Panesar |
Pages: 59 - 66 |
Estimating electrical resistivity based on early age measurements Author(s): J. Silva, S. Jalali, M. Ferreira |
Pages: 67 - 74 |
Interaction between damage, temperature, load level and permeability in structural concrete Author(s): M. Choinska, A. Khelidj, F. Dufour, G. Pijaudier-Cabot |
Pages: 75 - 82 |
Simultaneous determination of the sorption isotherm and water diffusivity of cement-based materials Author(s): S. Tada |
Pages: 83 - 87 |
Different methods to measure the carbonation profiles in concrete Author(s): G. Villain, M. Thiery, V. Baroghel-Bouny, G. Platret |
Pages: 89 - 98 |
Session 2: Service-life predictive models based on durability indicators
Multilevel (four) methodology for durability design Author(s): C. Andrade |
Pages: 101 - 108 |
A unified approach to performance evaluation of existing concrete structures - integration of a numerical simulation scheme and durability indicators Author(s): T. Ishida, K. Maekawa, K.-I. Nakarai |
Pages: 109 - 116 |
Development of a simple calculation method for condition evaluation of concrete structures regarding chloride-induced reinforcement corrosion Author(s): J. Gulikers, J. Bakker |
Pages: 117 - 126 |
Thermodynamic modeling of phase changes in neutralization reaction using PHREEQC Author(s): Y. Hosokawa, K. Yamada, B. Johannesson, L.O. Nilsson |
Pages: 127 - 133 |
Modelling of concrete carbonation based on coupled mass transport and chemical reactions Author(s): M. Thiery, G. Villain, V. Baroghel-Bouny, P. Dangla |
Pages: 135 - 144 |
Multi-level modelling of chloride ingress into saturated concrete Author(s): T.Q. Nguyen, V. Baroghel-Bouny, P. Dangla, P. Belin |
Pages: 145 - 155 |
Service-life prediction based on the rapid migration test and the clinConc model Author(s): L. Tang |
Pages: 157 - 164 |
A critical review of mathematical modelling of chloride ingress into concrete and the derivation of input data Author(s): J. Gulikers |
Pages: 165 - 175 |
An application of the Italcementi Group methodology for service life evaluation of marine concrete structures Author(s): M. Borsa, G.L. Guerrini, S. Mansoutre |
Pages: 177 - 184 |
Prediction model for shrinkage-time relation of concrete under variable ambient conditions Author(s): D.K.H. Amen, R.S. Al-Rawi |
Pages: 185 - 194 |
Session 3: Measurement of concrete performance of real structures or under natural conditions and in-situ methods - Comparison with performance testing in laboratory
Performance-based durability design and specification: overview of the South African approach Author(s): M.G. Alexander, K. Stanish, Y. Ballim |
Pages: 197 - 206 |
Non destructive testing of the concrete cover-evaluation of permeability test data Author(s): F. Jacobs, F. Hunkeler |
Pages: 207 - 214 |
Assessment of destructive test methods to determine the covercrete quality of structures Author(s): A. Leemann, C. Hoffmann, V. Malioka, M.H. Faber |
Pages: 215 - 222 |
Performance-based quality control for concrete durability Author(s): V. Årskog, O. Sengul, O.E. Gjørv |
Pages: 223 - 227 |
Chloride transport in concrete from lab test to in situ performance Author(s): M. Manuela Salta, A.P. Melo, N. Garcia, E.V. Pereira, A.B. Ribeiro |
Pages: 229 - 240 |
Chloride deposition rate in wet candle device as an environmental indicator to concrete durability study Author(s): G.R. Meira, C. Andrade, I.J. Padaratz, C. Alonso, J.C. Borba Jr. |
Pages: 241 - 248 |
Concrete durability evaluation based on modified figg test Author(s): R.D. Neves, A.F. Gonçalves |
Pages: 249 - 256 |
Microbial impact on concrete microstructure of world heritage in Brasilia Author(s): M.R. Silva, S.M.M. Pinheiro |
Pages: 257 - 265 |
Performance based laboratory methods for testing concrete degradation in aggressive aqueous solutions Author(s): N. De Belie |
Pages: 267 - 276 |
Condition control of existing structures by performance testing Author(s): C. Gehlen, C. Dauberschmidt |
Pages: 277 - 294 |
Session 4: Impact of supplementary cementing materials on microstructure and durability performance
Impact of additions: indicators for durability and strength performance Author(s): A. Bentur |
Pages: 297 - 309 |
Durability of high-volume fly ash concrete Author(s): A. Camões |
Pages: 311 - 318 |
Carbonation modelling and reliability analysis of RC structures made from blended cements Author(s): M. Chromá, P. Rovnaník, B. Teplý |
Pages: 319 - 325 |
Metakaolin in concrete - Beneficial impact on performance parameters Author(s): S. Jalali, A. Peyroteo, M. Ferreira |
Pages: 327 - 333 |
The use of fly ash and metakaolin for the prevention of alkali-silica reaction and delayed ettringite formation in concrete Author(s): A. Santos Silva, A. Bettencourt Ribeiro, S. Jalali, L. Divet |
Pages: 335 - 342 |
Impact of the additions efficiency factor on durability performance Author(s): J.A. Lechuga, E. Vázquez, D.F. Aponte |
Pages: 343 - 350 |
Using a Mexican cactus (Nopal) to improve the physical properties of cement-based mortars Author(s): A.A. Torres-Acosta, M.R. Martínez-Vargas, M. Martínez-Madrid |
Pages: 351 - 358 |
Laboratory evaluation of effects of water proof admixtures and supplementary cementitious materials on durability of concrete used in hot climate Author(s): M. Sonebi |
Pages: 359 - 368 |
Author Index Author(s): |
Pages: 369 |