| Theme: Introduction |
| Author(s) |
Title |
| A.B. Poole |
Table of Contents/Preface |
| Theme: Reactive Aggregates |
| P.L. Rayment |
The Relationship between Flint Microstructure and Alkali-Silica Reactivity |
P. Rémy
M. Brouxel |
Wollastonite: A Reactive Mineral to Alkali-Aggregate Reaction |
B. Zatler-Zupancic
A. Mladenovic |
Alkali Reactive Components in the Sand and Gravel of the River Danube and its Tributaries |
D. Bragg
K. Foster |
Relationship between Petrography and Results of Alkali-Reactivity Testing, Samples from Newfoundland, Canada |
| L. De Ceukelaire |
Alkali-Silica Reaction in a Lightweight Concrete Bridge |
| G.P. Hammersley |
Procedures for Assessing the Potential Alkali-Reactivity of Aggregate Sources |
| T. Katayama |
Petrographic Study on the Potential Alkali-Reactivity of Ferro-Nickel Slags for Concrete Aggregates |
| W.J. French |
The Characterization of Potentially Reactive Aggregates |
A. Shayan
G.W. Quick
C.J. Lancucki
S.J. Way |
Investigation of some Greywacke Aggregates for Alkali-Aggregate Reactivity |
B. Lagerblad
J. Trägårdh |
Slowly Reacting Aggregates in Sweden – Mechanism and Conditions for Reactivity in Concrete |
R.G. Sibbick
C.L. Page |
Susceptibility of Various UK Aggregates to Alkali-Aggregate Reaction |
| Theme: Undulatory Extinction of Quartz |
A.S. Smith
A.C. Dunham
G. West |
Undulatory Extinction of Quartz in British Hard Rocks |
G. Barisone
G. Restivo |
Alkali-Silica Potential Reactivity of Undulatory Extinction Quartz in the Western Alpine Arch |
A.K. Mullick
R.C. Wason
S.K. Sinha |
Potential Reactivity of Quartzite Aggregates Containing Strained Quartz |
| P.E. Grattan-Bellew |
Microcrystalline Quartz, Undulatory Extinction and the Alkali-Silica Reaction |
| Theme: Testing Aggregates by standard methods |
P.J. Nixon
I. Sims |
RILEM TC106 Alkali-Aggregate Reaction-Accelerated Tests; Interim Report and Summary of Survey of National Specifications |
| P. Livesey |
Alkali Susceptibility of UK Aggregates |
| D.W. Hobbs |
Deleterious Reactivity of a Number of UK Aggregates and an Examination of the Draft BS Concrete Prism Test |
W. Prince
R. Perami |
A New Method for Quick Detection of Reactive Aggregate in Mortar and Concrete |
H. Tamura
T. Takahashi
M. Ohashi |
Minimising of Alkali-Aggregate Reaction in Concrete |
K. Kishitani
M. Kobayashi
H. Tamura |
Development and Standardization of a Rapid Method for Identification of the Susceptibility to AAR in Concrete |
| B. Bollotte |
Development of an Accelerated Performance Test on Concrete for Evaluating its Resistance to AAR |
D. Sorrentino
J.Y. Clément
J.M. Golberg |
A New Approach to Characterize the Chemical Reactivity of the Aggregates |
R.D. Hooton
C.A. Rogers |
Development of the NBRI Rapid Mortar Bar Test Leading to its use in North America |
P. Bamforth
W.F. Price
S.J. Widdows |
Evaluation of the Susceptibility to ASR of Concrete Mixes Containing Marine-Dredged Aggregates |
A. Criaud
C. Vernet
C. Defossé |
A Rapid Test for Detecting the Reactivity of Aggregates: The Microbar Method |
M.A. Bérubé
B. Fournier
N. Dupont
P. Mongeua
J. Frenette |
A Simple Autoclave Mortar Bar Method for Assessing Potential Alkali-Aggregate Reactivity in Concrete |
M.A. Bérubé
B. Fournier
N. Dupont
P. Mongeua
J. Frenette
C. Ouellet |
Effectiveness of the Accelerated Mortar Bar Method, ASTM C-9 Proposal P 214 or NBRI, for Assessing Potential AAR in Quebec (Canada) |
G. Barisone
G. Restivo |
Alkali-Silica Reactivity of Alluvial Deposits Evaluated using Chemical and Psammographic Methods |
| G. Brown |
Study of the Potential for further Alkali-Silica Reactivity of Aggregates in Hardened Concrete |
P.A. Dahl
I. Meland
V. Jensen |
Norwegian Experience with Different Test Methods for Alkali-Aggregate Reactivity |
N.M. El-Tilib
B.R. Forehead
C.M. Sangha |
Potential Alkali-Silica Reactivity of Sudanese Aggregates |
B. Fournier
M.A. Bérubé |
A Comparison of Laboratory Testing Methods for Evaluating Potential Alkali-Reactivity in the St Lawrence Lowlands (Quebec, Canada) |
H. Imai
Y. Ishoika
I. Nakamura |
Aggregate Inspection |
| T. Knudsen |
The Chemical Shrinkage Test; some Corollaries |
M. Salomon
J.L. Gallias |
Rapid Test Method for Evaluating Potential Alkali Reactivity of Aggregates by Autoclaving Treatment |
A. Shayan
I. Ivanusec
R. Diggins |
Comparison between Two Accelerated Methods for determining Alkali Reactivity Potential of Aggregates |
| Theme: Testing concrete |
| S. Nishibayashi |
Concrete Test Method for Alkali-Silica Reaction (JCI AAR-3) |
F. Tomosawa
M. Yokoyama |
An Experimental Study on Alkali Reactivity of Ferro-Nickel Slag Aggregate for Concrete |
A. Nielsen
F. Gottfredsen
F. Thørgersen |
Recycling of Concrete with Alkali-Reactive Aggregate |
R. Ranc
L. Debray |
Reference Test Methods and a Performance Criterion for Concrete Structures |
R. Ranc
J.M. Golberg
L. Debray |
Application of Reference Test Methods, of the Kinetic Test and of the Performance Test to Assess AAR |
A. Le Roux
A. Zelwer
R. Dron
M. Salomon |
Ionic Evolution of Pore Solutions Associated with Alkali Reactivity |
D.A. St John
R.L. Goguel |
Pore Solution/Aggregate Enhancement of Alkalies in Hardened Concrete |
N. Thaulow
M.R. Geiker |
Determination of the Residual Reactivity of Alkali-Silica Reaction in Concrete |
M. Kawamura
M. Igarashi
K. Takeuchi |
Relationships between Alkali Content, Expansion and Pore Solution Composition in Opal-Bearing Mortars Immersed in NaCl Solution |
R. Herr
W. Wieker |
The Hydroxide-Sulphate Ion Equilibrium in Cement Paste Pore Solutions and its Significance to the Theory of AAR in Concrete |
F.X. Deloye
L. Divet |
The Alkali-Aggregate Reaction Quantitative Aspects |
J.S. Guedon
A. Le Roux
F. Martineau |
Visualisation of Alkali-Reaction Products by Fluorescence. Development of the Method for the Survey of Structures |
| W.J. French |
Comparison of the Canadian and British Standard Concrete Prism Tests and the Effect of Reduced Permeability on Test Results |
| Theme: Evaluation of Structural Effects |
L.A. Clark
K.E. Ng |
Prediction of the Punching Shear Strength of Reinforced Concrete Slabs with ASR |
Y. Diab
D. Prin |
Alkali-Aggregate Reaction Structural Effects: A Finite Element Model |
R.J. Cope
L. Slade |
Effect of AAR on Shear Capacity of Beams, without Shear Reinforcement |
W. Koyanagi
R. Rokugo
Y. Uchida |
Mechanical Properties of Concrete Deteriorated by Alkali-Aggregate Reaction Under Various Reinforcement Ratios |
M.F. Habita
M. Brouxel
D. Prin |
Mechanical Properties of Concrete Deteriorated by Alkali-Aggregate Reaction Under Various Reinforcement Ratios |
| I. Jawed |
Alkali-Silica Reactivity – a Highway Perspective |
F. Bach
T.S. Thorsen
M.P. Nielsen |
Load-Carrying Capacity of Structural Members Subjected to Alkali-Silica Reactions |
P.S. Chana
D.M. Thompson |
Laboratory Testing and Assessment of Structural Members Affected by Alkali-Silica Reaction |
I.M. May
H.X. Wen
R.J. Cope |
The Modelling of the Effects of AAR Expansion on Reinforced Concrete Members |
C. Rajkumar
A.K. Mullick |
Cracking in Prestressed Concrete Beams Due to ASR in Cable Grout |
S.R. Rigden
J.M. Salam
E. Burley |
The Influence of Stress Intensity and Orientation upon the Mechanical Properties of ASR-Affected Concrete |
S.R. Rigden
Y. Majlesi
E. Burley |
Bond Stress Failure in Alkali-Silica Reactive Reinforced Concrete Beams |
J.G.M. Wood
D.K. Doran |
Revision of the Institution of Structural Engineers’ Report – Structural Effects of Alkali-Silica Reaction |
| Theme: Damaged Structures, Evaluation, Management, Repair |
R.E. Oberholster
H. Maree
J.H.B. Brand |
Cracked Prestressed Concrete Railway Sleepers: Alkali-Silica Reaction or Delayed Ettringite Formation |
C. Larive
N. Louarn |
Diagnosis of Alkali-Aggregate Reaction and Sulphate Reaction in French Structures |
B. Godart
P. Fasseu
M. Michel |
Diagnosis and Monitoring of Concrete Bridges Damaged by AAR in Northern France |
K. Ono
O. Yoshikawa
H. Imai
K. Okada |
Monitoring of AAR Bridge Pier by Vibration Measurement |
M.G. Alexander
G.E. Blight
B.J. Lampacher |
Pre-Demolition Tests on Structural Concrete Damaged by AAR |
M. Salomon
J. Caude
L. Hasni |
Diagnosis of Concrete Structures Affected by Alkali-Aggregate Reaction |
R.F. Bolton
J. Wang |
Secondary Effect of ASR on Durability of Concrete: Freeze/Thaw |
T. Miyagawa
S. Inoue
M. Fujii
N. Uehata |
Effect of Concrete Surface Treatment on Expansion due to Alkali Aggregate Reaction |
| A. Carse |
The Identification of ASR in the Concrete Cooling Tower Infrastructure of the Tarong Power Station |
M. Fujii
K. Kobayashi
O. Yoshikawa
K. Ono
M. Matsumura |
Reinforcement of AAR Damaged Concrete Beam |
T. Kojima
T. Miyagawa
K. Nakano
Y. Yamaguchi
S. Kobayashi |
Effect of Coating to Inhibit AAR in Concrete Structures |
A. Le Roux
E. Massieu
B. Godart |
Evolution Under Stress of a Concrete Affected by AAR – Application to the Feasibility of Strengthening a Bridge by Prestressing |
R.N. Swamy
S. Tanikawa |
Acrylic Rubber Coating to Control Alkali-Silica Reactivity |
| M.A. Taylor |
Quantitative Monitoring of Alkali-Aggregate Reactions Using Acoustic Emission |
| Theme: Chemistry and Mechanisms of Reaction |
S. Diamond
S. Ong |
The Mechanisms of Lithium Effects on ASR |
L. Curtil
J. Gielly
M. Murat |
Chemical Behaviour of Natural Opal and Silica Glass in Basic Solutions. Application to AAR |
S.V. Laing
K.L. Scrivener
P.L. Pratt |
An Investigation of Alkali-Silica Reaction in Seven-Year-Old and Model Concretes using SEM and EDS |
R. Gang
M. Baoguo
W. Changyong
C. Kehao |
Damage to Concrete caused by Magnesium-Rich Aggregate |
M. Baoguo
C. Kehao |
On Magnesite Aggregate Reaction and Ways for Improvement |
M. Kawamura
K. Torii
K. Takeuchi
S. Tanikawa |
Expansion and Cracking due to Alkali-Silica Reaction in Concretes under the Two Different Environments |
M. Brouxel
A. Valiere |
Thaumasite as the Final Product of Alkali-Aggregate Reaction: A Case Study |
B. Durand
R. Roux
J. Houde
A. Blanchette |
Free Expansions and Stresses in Concrete related to Alkali-Aggregate Reaction |
| A.B. Poole |
Alkali-Silica Reactivity Mechanisms of Gel Formation and Expansion |
J. Duchesne
M.A. Bérubé |
Relationships between Portlandite Depletion, Available Alkalies and Expansion of Concrete made with Mineral Admixtures |
C.L. Page
G. Sergi
D.M. Thompson |
Development of Alkali-Silica Reaction in Reinforced Concrete Subjected to Cathodic Protection |
| V.M. Moskvin |
Analysis of Interaction of Silica and Alkalis in Concrete |
| T. Katayama |
A Critical Review of Carbonate Rock Reactions: is their Reactivity Useful or Harmful? |
O. Batic
J. Sota
P. Maiza |
Montmorillonite Included in some Aggregates, a Principal Factor of AAR |
P. Maiza
S. Marfil
O. Batic |
Identification of Zeolites in Concretes Affected by ASR. Effect of Different Aggregates |
S. Nishibayashi
K. Yamura |
Effect of Reactive Fine Aggregate on Expansion Characteristics of Concrete due to Alkali-Aggregate Reaction |
W. Prince
R. Perami |
Mechanism of the A1kali-Dolomite Reaction |
T. Uomoto
Y. Furusawa
H. Ohga |
A Simple Kinetics-Based Model for Predicting A1kali-Silica Reaction |
| H.E. Vivian |
The Mechanism of Alkali-Aggregate Reaction in Concrete |
| Theme: Review of Guidance and Specification and Regional Reviews |
J.W. de Courcy
N.M. Ryan |
Managing ASR in the Republic of Ireland |
B. Godart
A. Le Roux |
The Principles of AAR Preventive Measures Adopted by the French Ministry of Equipment |
| S.F. Crosswell |
Alkali-Aggregate Reaction in the Western Cape Region of South Africa – a Review: |
D. Prin
M. Brouxel |
Alkali-Aggregate Reaction in Northern France: A Review |
V. Jensen
S.W. Danielsen |
Alkali-Aggregate Reaction in Southern Norway |
| T. Mingshu |
Classification of Alkali-Aggregate Reaction |
T. Mingshu
H. Sufen
L. Yingyong
Q. Chunxiang |
Alkali-Aggregate Reaction in Beijing Area of China |
| W.M.M. Heijnen |
Alkali-Aggregate Reactions in the Netherlands |
| D.A. St John |
Alkali-Aggregate Investigations in New Zealand – Report on Work Carried Out Since 1989 |
| J.G.M. Wood |
Specification for Major Projects |
| Theme: Cement Replacements and Additives |
B.Q. Blackwell
M.D.A. Thomas
P.J. Nixon
K. Pettifer |
The use of Fly Ash to Suppress Deleterious Expansion due to AAR in Concrete Containing Greywacke Aggregate |
M.D.A. Thomas
B.Q. Blackwell
K. Pettifer |
Suppression of Damage from Alkali-Silica Reaction by Fly Ash in Concrete Dams |
M. Berra
T. Mangialardi
A.E. Paolini
R. Turriziani |
Effect of Fly Ash on Alkali-Silica Reaction |
M.D. Connell
D.D. Higgins |
Effectiveness of GGBS in Preventing ASR |
C.A. Rogers
R.D. Hooton |
Comparison between Laboratory and Field Expansion of Alkali-Carbonate Reactive Concrete |
| J.S. Lumley |
The ASR Expansion of Concrete Prisms made from Cements Partially Replaced by Ground Granulated Blastfurnace Slag |
F. Naiqian
J. Xihuang
Y. Zhitao |
Effect and Mechanism of Natural Zeolite for Preventing Expansion due to ASR |
M.A. Bérubé
J. Duchesne |
Does Silica Fume Merely Postpone Expansion due to Alkali-Aggregate Reactivity? |
K. Nakano
I. Ginyama
S. Yoneda
K. Shibasaki
T. Sone
R. Tomita
K. Watada
Y. Murota
Y. Nagao
H. Ushiyama
Y. Tomita
Y. Murata |
Study on Preventive Conditions of Alkali-Silica Reaction |
H. Wang
J.E. Gillott |
Effect of some Chemicals on Alkali-Silica Reaction |
H. Wang
J.E. Gillott |
Combined Effect of an Air-Entraining Agent and Silica Fume on Alkali-Silica Reaction |
| D.C. Stark |
Lithium Salt Admixtures an Alternative Method to Prevent Expansive Alkali-Silica Reactivity |
M. Nakajima
H. Nomachi
M. Takada
S. Nishibayashi |
Effect of Admixtures on the Expansion Characteristics of Concrete Containing Reactive Aggregate |
T.R. Jones
G.V. Walters
J.A. Kostuch |
Role of Metakaolin in Suppressing ASR in Concrete Containing Reactive Aggregate and Exposed to Saturated NaCl Solution |
A. Criaud
C. Vernet
C. Defossé |
Evaluation of the Effectiveness of Mineral Admixtures: A Quick Mortar Bar Test at 150°C |
J. Duchesne
M.A. Bérubé |
An Autoclave Mortar Bar Test for Assessing the Effectiveness of Mineral Admixtures in Suppressing Expansion due to AAR |
H.A. El Sayed
A.H. Ali |
Susceptibility of Concrete Admixed with Non-Chloride Accelerators to ASR |
L. Hasni
M. Salomon |
Inhibition of Alkali-Aggregate Reaction by Non-Pozzolanic Treatment |
Y. Kuramoto
Y. Nakamura
M. Shimamura |
Control of AAR by Catalyzed Alkali Discharge |
Y. Ohama
K. Demura
I. Wada |
Inhibiting Alkali-Aggregate Reaction with Alkyl Alkoxy Silanes |
K. Ono
M. Taguchi
S. Kanefuji
T. Tokuno
N. Yamada |
Effect of Coating to Inhibit AAR in Concrete Structure |
I. Sims
D. Higgins |
The Use of GGBS to Prevent ASR Expansion Caused by UK Flint Aggregates |
| Author Index |
Author Index |
