| Theme: Introduction |
| Author(s) |
Title |
| Ahmad Shayan |
Table of Contents/Preface |
| Theme: Keynote Lectures |
| S. Diamond |
Alkali – Silica Reactions : Some Paradoxes |
| G. Idorn |
Systematic ASR Research : Australian Research 1940s’ to 1958 |
| P.E. Bellew-Grattan |
A Critical Review of Accelerated AAR Tests |
| D.M. Roy
J.H. Lee |
AAR Investigation of Concretes for Storage of Radioactive Wastes |
| M. Regourd-Moranville |
Modelling of Expansions Induced by ASR : New Approaches |
| R.N. Swamy |
Assessment and Rehabilitation of AAR – Affected Structures |
| Theme: National Reviews on Alkali-Aggregate Reactivity |
| A. Shayan
W.K. Green
F.G. Collins |
Alkali-Aggregate Reaction in Australia |
| M.O. Braga Reis
H.S. Silva
A.S. Silva |
Alkali-Aggregate Reactions in Portuguese Structures. Some Case Histories |
| B. Fournier
A. Bilodeau
V.M. Malhotra |
CANMET I Industry Research Consortium on Alkali-Aggregate Reactivity (ASR) |
| W.M.M Heijnen
J.A. Larbi
A.J.M. Siemes |
Alkali-Silica Reaction in the Netherlands |
| J. Noh
Y. Lee
J. Chung
J. Yoon |
Presence of Alkali-Silica Reactive Aggregates in Korea |
| R.E. Oberholster |
Case Studies of the Practical and Economical Impact of Alkali-Silica Reaction in South Africa |
| V. Jensen |
Present Experience with Aggregate Testing in Norway |
| H.S. Silva
M.O. Braga Reis
A.S. Silva |
Geological Conditioning of ASR Development. A Brief Evaluation of Portuguese Mainland |
| D.A. St John
S.A.Freltag |
Fifty Years of Investigation and Control of AAR in New Zealand |
| W.L. Tse
S.T. Gilbert |
A Case Study of the Investigation of AAR in Hong Kong |
| T. Yen
B.L. Chu
C.K. Lu
J.C. Liao |
Alkali-Aggregate Reactivity in Western Taiwan |
| Theme: General Topics on Alkali Aggregate Reaction |
| I. Sims |
Phantom, Opportunistic, Historical and Real AAR – Getting Diagnosis Right |
| D.A. St John
S.A. Freitag |
Alkali Aggregate Reaction in Existing Structures – What Can it Tell Us? |
| A. Leshchinsky
J. Pattison
I. Domitru
G. Smorchevsky |
Alkali-Silica Reaction; Ready-Mixed Concrete Producers’ View Point |
| M. Tang
M. Deng
Z. Xu
X. Lan
S. Han |
Alkali-Aggregate Reactions in China |
| A. Le Roux
J-S. Guedon-Dubied |
The French Preventitive Approach to AAR Compared to Experience |
| Theme: Diagnosis of Alkali-Aggregate Reaction in Concrete |
| D.W. Hobbs |
Diagnosis of the cause of Cracking in Four Structures in Which ASR is Occurring |
| K-J. Hunger
H. Wollgam
R. Frey |
Concrete Damage caused by Greywacke Reactions – an AAR? |
| V. Andrei
M. Muntean
A. Oltean |
Investigation of ASR by Physico-Chemical Analysis in the Case of different Constructions from Romania |
| R.J. Leamon
A. Shayan |
Alkali-Aggregate Reaction in a Concrete Water Storage Tank |
| T. Katayama
D. Bragg |
Alkali-Aggregate Reaction Combined with Freeze/Thaw in Newfoundland, Canada Petrography using EPMA |
| Z. Shu
M. Deng |
Alkali-Aggregate Reactions in the Cement Concrete Pavements of Airport |
| I. Ross
A. Shayan |
Alkali Aggregate Reaction in Western Australia: Investigations on the Causeway Bridge and some Aggregate Sources |
| M. Deng
Z. Xu
X. Lan
M. Tang |
Railway Ties Affected by Alkali-Aggregate Reactions |
| M. Nadu
M. Schieber
J. Nissenbaum
M. Braiman
S. Boyko
D. Shtakelberg |
Alkali-Aggregate Reaction Experiments in Israeli. |
| Theme: Testing for Alkali-Aggregate Reactivity |
| R.D. Hooton |
Recent Developments in Testing for ASR in North America |
| G. Barisone
G. Restivo |
The ASTM C 289 Method and the Kinetic Test in the Study of Alkali-Silica Reactivity of Italian Alluvial Deposits |
| T. Katayama
M. Ochiai
H. Kondo |
Alkali Reactivity of some Japanese Carbonate Rocks based on Standard Test |
| B. Fournier
V.M. Malhotra |
Inter-Laboratory Study on the CSA A23.2-14A Concrete Prism Test for Alkali-Aggregate Reactivity in Concrete |
| X. Mu
Z. Xu
M. Deng
M. Tang |
Abnormal Expansion of Coarse-Grained Calcite in Autoclaved Method |
| D.W. Hobbs |
Long Term Movements due to Alkali-Silica Reaction and their Prediction |
| P.A. Dunbar
P.K. Mukherjee
R. Bleszynski
M.D.A. Thomas |
A Comparison of Damage Rating Index with Long-Term Expansion of Concrete Prisms due to Alkali-Silica Reaction |
| K. Kishitani
M. Kobayashi
H. Tamura |
Study on a Standard Rapid Test Method for Identification of ASR Susceptibility of Concrete |
| A.K. Mullick
R.C. Wason |
NBRI Tests on Aggregate Containing Strained Quartz |
| A.A. Ramezanianpour
M. Karimi |
Evaluation of Aggregates for AAR using Accelerated Test Methods |
| D. Stark |
Immersion Test to Identify Cement Alkali Levels and Pozzolans to Prevent ASR |
| C. Rogers |
Multi-Laboratory Study of Accelerated Mortar Bar Test for Alkali-Silica Reaction |
| S. Nishibayashi
T. Kuroda
S. Inoue
Y. Okawa |
Expansion Characteristics of AAR in Concrete by Autoclave Method |
| T. Katayama
T.S. Helgason
H. Olafsson |
Petrography and Alkali-Reactivity of some Volcanic Aggregates from Iceland |
| J.B. Ashby |
Blast Furnace Slag’s Potential Alkali Reactivity and Long Term Service |
| Theme: Structural Effects of Alkali-Aggregate Reaction |
| A.E.K. Jones
L.A. Clark |
A Review of the Institution of Structural Engineers Report “Structural Effects of Alkali-Silica Reaction (1992)” |
| T. Thorsen
E.S. Larsen |
Alkali-Silica Reactions in Damaged Concrete – Static and Dynamic Tests – Material Investigations |
| K. Takemura
M. Ichitsubo
E. Tazawa
A. Yonekura |
Mechanical Performance of ASR Affected Nearly Full-Scale Reinforced Concrete Column |
| J.M. Salam
S.R. Rigden
E. Burley |
The Influence of Stress Intensity and Time of Application on the Mechanical Properties of ASR Affected Concrete |
| T. Wang
S. Nishibayashi
K. Nakano |
Fractal Analysis of Cracked Surface in AAR Concrete |
| I.M. May
R.J. Cope
H.X. Wen |
Modelling of the Structural Behaviour of AAR Affected Reinforced Concrete Members |
| Y. Majlesi
S.R. Rigden
E. Burley |
Restraint Effects on the Performance of Various ASR Structural Elements |
| J.G.M. Wood
P. Nixon
P. Livesey |
Relating ASR Structural Damage to Concrete Composition and Environment |
| W. Koyanagi
K. Rokugo
Y. Uchida
H. Iwase |
Deformation Behavior of Reinforced Concrete Beams Deteriorated by AAR |
| B. Durand
C. Gravel
K. Saleh
S. Tremblay
G. Ballivy |
Some Considerations on the Evaluation of Potential Residual Expansion of AAR Affected Hydroelectric Dams |
| C. Qian
H. Guo
J. Wang
A. Yan |
Influence of Alkali-Aggregate Reaction on Flexural Properties of Steel Fibre Reinforced Concrete |
| Theme: Preventive Effects of Mineral Admixtures on AAR |
| M. Berra
G. De Cassa
T. Mangialardi |
Evolution of Chemical and Physical Parameters of Blended Cement Mortars Subjected to the NaOH Bath Test |
| B.Q. Blackwell
M.D.A. Thomas
K. Pettifer
P.J. Nixon |
An Appraisal of UK Greywacke Deposits and Current Methods of Avoiding AAR |
| N.K. Blaikie
A.J. Bowling
A. Carse |
The Assessment and Management of Alklai-Silica Reaction in the Gordon River Power Development Intake Tower |
| S.I. Pavlenko
M.A. Shmelkov |
Effect of Silica Fume on Reducing Risk of Free Lime Expansion in Cementless Concrete |
| H. Hornain
B. Thuret
S. Guedon-Dubied
A. Le Roux
F.I. Laporte
et.al |
Influence of Aggregates and Mineral Additives on the Composition of the Pore Solution |
| B. Durand |
Review of Methods used at Hydro-Quebec to Prevent Alkali-Aggregate Reactions in Concrete Structures |
| M.D. Connell
D.D. Higgins |
Effectiveness of Granulated Blastfurnace Slag in Preventing Alkali Silica Reaction |
| A. Shayan
R.G. Diggins
I. Ivanusec |
Long-Term Effectiveness of Flyash in Preventing Deleterious Expansions due to Alkali-Aggregate Reaction in Concrete |
| Q. Bian
X. Wu
M. Tang
S. Nishibayashi
T. Kuroda
et. al |
Effect of Reactive Aggregate Powder on Suppressing Expansion· due to Alkali-Silica Reaction |
| M.D.A. Thomas
B.Q. Blackwell |
Summary of BRE Research on the Effect of Fly Ash on Alkali-Silica Reaction in Concrete |
| G. Gudmundsson
H. Olafsson |
Silica Fume in Concrete – 16 Years of Experience in Iceland |
| W.J. French
C. Tye |
Autoclave Testing of Concrete with Respect to AAR |
| P.X. Fu
Y.L. Li
H.M. Feng
Q. Huang |
Alkali-Silica Reactive Aggregates in Beijing Area |
| Theme: Effects of Surface Coatings and Cathodic Protection on Alkali-Aggregate Reaction |
| B. Godart
M. Michel
P. Fasseu |
Treatment of Structures by Water-Proof Coating |
| T. Miyagawa
A. Hattori
M. Fujii
S. Kurihara |
Effect of Various Types of Silanes on Expansion due to Alkali-Silica Reaction |
| F. Salome |
Field Evaluation of the Mitigating Effect of Silane Treatment on AAR in Concrete Railway Sleepers |
| M. Wakasugi
H. Kamimoto
T. Miyagawa
H. Tamura
T. Hori
S. Okabayashi |
Effect of Concrete Surface Coating on Prevention of Alkali Silica Reaction |
| S. Tanikawa
J-C. Laiw
R.N. Swamy |
A Flexible Acrylic Rubber Surface Coating, a Cure for ASR Expansion |
| J. Wang
M. Humphrey
D. Bayer |
Control of ASR Expansion by Coatings |
| M. Kawamura
K. Torii
K. Takeuchi
S. Tanikawa |
Long-Term ASR Expansion Behaviour of Concrete Cubes in Outdoor Exposure Conditions |
| T.K.M. Al-Kadhimi
P.F.G. Banfill |
The Effect of Electrochemical Re-Alkalisation on Alkali-Silica Expansion in Concrete |
| T. Kuroda
S. Nishibayashi
Q. Bian |
Study of Alkali-Aggregate Reactions in Electrical Fields |
| K. Torii
M. Kawamura
K. Matsumoto
K. Ishii |
Influence of Cathodic Protection on Cracking and Expansion of the Beams due to Alkali-Silica Reaction |
| Theme: Modelling of Alkali-Aggregate Reaction |
| C. Larive
O. Coussy |
Behaviour of AAR-Affected Concrete. Part 1: Modelling |
| C. Larive
A. Laplaud
M. Joly |
Behaviour of AAR-Affected Concrete. Part 2: Experimental Data for a Theoretical Model |
| H.X. Wen
R.V. Balendran |
Use of Analytical Methods to Estimate Concrete Deterioration Due to AAR |
| B. Capra
J.P. Bournazel
M. Moranville-Regourd |
A Mathematical Modelling to Describe the Effects of Alkali-Aggregates Reactions in Concrete Structures |
| A. Sellier
J.P. Bournazel
A. Mebarki |
Modelling the Alkali-Aggregate Reaction within a Probabilistic Framework |
| Theme: Aggregate Reactivity |
| A. Shayan
J.A. Ferguson |
Reactive Quartz Gravel from Eastern Victoria |
| C-K. Park
S-K. Hyun
H-K. Oh |
Investigation of Alkali-Aggregate Reaction in Aggregates |
| K. Nakano
I. Ginyama
A. Matsunaga
T. Toshigi
Y. Ono
R. Tomita
et al. |
Study on Alkali Carbonate Rock Reaction of Japanese Limestone Aggregate |
| J. Shirke
K. Venugopal
B.M. Rame Gowda |
Pyroclastic and Associated Basalts of India in Relation to AAR |
| F.H. Shrimer |
Evaluation of an Alkali-Reactive Aggregate Undetected by Petrographic Methods |
| T. Liang
M. Tang |
Concurrence of Alkali-Silica and Alkali-Dolomite Reaction |
| P.L. Rayment
C.A. Haynes |
The Alkali-Silica Reactivity of Flint Aggregates |
| B.J. Wigum |
A Classification of Norwegian Cataclastic Rocks for Alkali-Reactivity |
| A.S. Joyce |
Petrographic Aspects of Alkali-Silica Reaction in Eastern Australian Concretes |
| G. Barisone
G. Restivo |
Alkali-Silica Reactivity of some Italian and European Flints |
| R. Goguel |
Selective Dissolution Techniques in AAR Investigation : Application to an Example of Failed Concrete |
| Theme: Mechanisms of Alkali-Aggregate Reaction |
| D.E. Macphee
F.P. Glasser |
A Modelling Approach to the Prediction of Pore Fluid Alkalinity in Concretesv |
| F. Martineau
J-S. Guedon-Dubied
C. Larive |
Evaluation of the Relationships between Swelling, Cracking, Developments of Gels |
| W. Prince
R. Perami
B. Baulande |
A New Device for AAR Swelling Pressure Determination |
| M. Radonjic
K.V. Ragnarsdottir
G.C. Allen
P. Livesey |
Spectroscopic Studies of Alkali Induced Reactions at Cement Carbonaceous Aggregate Interfaces |
| Theme: Effects of the Environment on Alkali-Aggregate Reaction |
| R.G. Sibbick
C.L. Page |
Effects of Sodium Chloride on the Alkali-Silica Reaction in Hardened Concretes |
| J. Duchesne
M.A. Berube |
Effect of Deicing Salt and Sea Water on ASR: New Considerations Based on Experimental Data |
| M. Kawamura
T. Takeda
K. Takeuchi |
Role of Gypsum in Expansion of Mortars Containing Reactive Aggregate in NaCl Solution |
| Y. Ohama
K. Demura
D. Suzuki |
Evaluation of Alkali-Aggregate Reaction Inhibitors by Partial Immersion Test of Concrete in 2.5% NaCl Solution |
| J. Tragardh
B. Lagerblad |
Influence of ASR Expansion on the Frost Resistance of Concrete |
| Theme: Other Preventative Measures for Alkali-Aggregate Reaction |
| D.B. Stokes |
Use of Lithium to Combat Alkali Silica Reactivity |
| Q. Bian
S. Nishibayashi
T. Kuroda
X. Wu
M. Tang |
Various Chemicals in Suppressing Expansion due to Alkali-Silica Reaction |
| Y. Kuramoto
Y. Nakamura
Y. Matsuda |
Effects of Alkali Substitution on Suppression of AAR |
| H.H. Wang
D.B. Stokes
F. Tang |
Compatibility of Lithium Based Admixture with other Concrete Admixtures |
| A. Le Roux
B. Godart |
Evolution of AAR Preventive Measures Adopted in France |
| Theme: Theory and Research Topics |
| M-A. Bérubé
J. Duchesne
M. Rivest |
Alkali Contribution by Aggregates to Concrete |
| J. Lombardi
P. Massard
A. Perruchot |
Do the Alkalis Belong to the Structure of Gels Products of Alkali-Aggregate Reaction? |
| Q. Chunxiang
G. Hongding |
Influence of Alkali Content on the Properties of Concrete Containing Beijing Aggregate |
| W. Wieker
C. Hubert
R. Ebert |
Contribution to the Chemical Reaction Mechanism of the Alkali-Silica-Reaction |
| R. Dron
F. Brivot |
Solid-Liquid Equilibria in K-C-S-H / H20 Systems |
| J. Lombardi
A. Perruchot
P. Massard
C. Larive |
Study of Ca-Si Gels, Products of Alkali Silica Reaction |
| Theme: Microstructure in Alkali-Aggregate Reaction |
| A.B. Poole
H.H. Patel
V. Sheikh |
Alkali Silica and Ettringite Expansions in ‘Steam Cured’ Concretes |
| J.P. Bournazel
M. Moranville-Regourd
A. Sellier |
Microstructure of Steam Cured Concretes Deteriorated by Alkali-Silica Reaction |
| V. Andrei
A. Criaud |
Alkali-Aggregate Reactions Products Identified in Concrete after High Temperature Cure in Alkaline Solution at 150 C |
| M. Saito
M. Kawamura |
Alkali-Silica Reaction in Reactive Aggregate-Cement Paste Interfacial Regions |
| Z. Xu
D. Lu
S. Han
M. Tang |
An Occurrence of AAR in a Cooling Tower in China |
| F. Jehenne
H. Homain
G. Martinet |
Pop-Out Formation and Bulk Cracking of Concrete Induced by Calcareous Metamorphic Aggregates in Tropical Environment |
| Theme: Repair and Maintenance of Structures Affected by Alkali-Aggregate Reaction |
| G. Blight |
Engineering Properties of Reinforced Concrete Damaged by AAR |
| K. Okada
M. Fujii
Y. Yamaguchi
S. Kobayashi |
Maintenance System for Highway Structures Damaged by ASR |
| T. Miyagawa
K. Ono
K. Nakano
Y. Yamaguchi
S. Kobayashi |
Evaluation of New Materials Developed for Repairing AAR Damaged Reinforced Concrete Structures |
| K. Domon
S. Moriya
T. Uchida
H. Fukuda
T. Taki
K. Noda |
An Experimental Study on AAR-Inhibiting Effects of Various Repair Methods |
| M.J.S. Davies
W.R. Grace
W.K. Green
F.G. Collins |
Assessment and Management of a Marine Structure Affected by ASR |
| A. Carse |
The Asset Management of a Long Bridge Structure Affected by Alkali-Silica Reaction |
| K. Okada
K. Sonoda
T. Kojima
K. Seki
Y. Murayama |
Deterioration of Reinforced Concrete Slabs with Alkali Aggregate Reaction |
| M. Fujii
K. Kobayashi
T. Kojima
Y. Adachi
S. Kurihara |
An Experimental Study on Strengthening ASR-Damaged Reinforced Concrete members with carbon fiber sheet |
| K. Takeo
H. Matsushita
Y. Matasufuji
T. Sato |
Surveys and Repairs of AAR-Damaged Concrete Structures : (Bridge Substructure and Water Tank) |
| M-A. Bérubé
D. Chouinard
L. Boisvert
J. Frenette
M. Pigeon |
Influence of Wetting-Drying and Freezing-Thawing Cycles, and Effectiveness of Sealers on ASR |
