Theme: Introduction |
Author(s) | Title |
K. Okada | Table of Contents/Preface |
G.M. Idorn | Alkali-Silica Reactions in Retrospect and Prospect |
J. Figg | An Historical Perspective on One-and-Half Decades of AAR Research |
S. Nishibayashi | Alkali-Aggregate Reactivity in Japan-A Review |
Theme: National Reviews of Alkali-Aggregate Reactions |
A. Carse P. Dux | Alkali-Silica Reaction in Australian Concrete Structures |
D.W. Hobbs | Cracking and Expansion due to Alkali-Silica Reaction in the United Kingdom |
S. Chatterji | A Critical Review of the Recent Danish Literature on Alkali-Silica Reaction |
D. Van Gemert | Alkali-Aggregate Reaction in Belgium: Concrete Highway and Office Building |
D.A. St John | Alkali-Aggregate Reaction in New Zealand -A Continuing Problem |
C.A. Rogers | Alkali-Aggregate Reactivity in Canada |
H. Ólafsson | AAR Problems in Iceland-Present State |
G. Baronio M. Berra | The Occurrence of AAR in a Concrete Structure in Italy |
R.E. Oberholster | Alkali-Aggregate Reaction in South Africa: Some Recent Developments in Research |
Theme: Mechanisms of Alkali-Silica Reaction |
S. Diamond | ASR-Another Look at Mechanisms |
G. West R.G. Sibbick | A Mechanism for Alkali-8i1ica Reaction in Concrete Roads |
S. Chatterji | Mechanisms of Alkali-Silica Reaction and Expansion |
I. Meland | Alkali-Silica Reaction in Tilecovered Concrete |
M. Kawamura K. Takemoto M. Ichise | Influences of the Alkali-Silica Reaction on the Corrosion of Steel Reinforcement in Concrete |
H. Uchikawa S. Uchida S. Hanehara | Relationship between Structure and Penetrability of Na Ion in Hardened Blended Cement Paste, Mortar and Concrete |
P.J. Nixon C.L. Page J. Hardcastle I. Canham K. Pettifer | Chemical Studies of Alkali Silica Reaction in Concrete with Different Flint Contents |
T.N. Jones | Mechanism of Reactions Involving British Chert and Flint Aggregates |
Y. Seno Y. Mori K. Kobayashi | Expansion Properties of Mortars and Variation in Components of Pore Solutions due to Alkali-Aggregate Reaction |
M. Tang Y. Lu S. Han | Kinetics of Alkali-Carbonate Reaction |
T. Yonezawa V. Ashworth R.P.M. Procter | The Mechanism of Fixing CI– by Cement Hydrates Resulting in the Transformation of NaCl to NaOH |
A. Carles-Gibergues J.P. Ollivier B. Fournier M.A. Bérubé | A New Approach to the Study of Alkali-Aggregate Reaction Mechanisms |
L. Struble S. Diamond | Influence of Cement Pore Solution on Expansion |
Theme: Effect of Mineral and Chemical Admixtures on Alkali-Aggregate Reaction |
D.W. Hobbs | Effect of Mineral and Chemical Admixtures on Alkali Aggregate Reaction |
H. Wang J.E. Gillott | The Effect of Superplasticizers on Alkali-Silica Reactivity |
P.P. Hudec E.Y. Larbi | Chemical Treatments and Additives to Minimize Alkali Reactivity |
G.K. Moir J.S. Lumley | Influence of Partial Cement Replacement by Ground Granulated Slag on the Expansion of Concrete Prisms Containing Reactive Silica |
R.N. Swamy M.M. Al-Asali | Effectiveness of Mineral Admixtures in Controlling ASR Expansion |
H. Nomachi M. Takada K. Harada S. Nishibayashi | Effects of Admixtures on Expansion Characteristics of Concrete Containing· Reactive Aggregate |
A.K. Mullick R.C. Wason C. Rajkumar | Performance of Commercial Blended Cements in Alleviating ASR |
C. Lee | Active Alkalis in Cement-Fly Ash Paste |
Y. Sakaguchi M. Takakura A. Kitagawa T. Hori F. Tomosawa M. Abe | The Inhibiting Effect of Lithium Compounds on Alkali -Silica Reaction |
G. Samuel R.C. Wason A.K. Mullick | Evaluation of AAR Potential of Limestone Aggregates in India |
J. Farbiarz D.C. Schuman R.L. Carrasquillo P.G. Snow | Alkali-Aggregate Reaction in Fly Ash Concrete |
K. Kohno A. Sugimoto T. Kashiwai | Effects of Finely Ground Silica, Silica Fume and Red Mud on Alkali-Si1ica Reaction and Concrete Strength |
Y. Ohama K. Demura M. Kakegawa | Inhibiting Alkali-Aggregate Reaction with Chemical Admixtures |
K. Ukita S. Shigematsu M. Ishii K. Yamamoto K. Azuma M. Moteki | Effect of Classified Fly Ash on Alkali Aggregate Reaction (AAR) |
T. Kojima S. Amasaki N. Takagi | Effectiveness of Silica Fume in Reducing Damage due to Alkali-Silica Reaction |
M. Kawamura M. Koike K. Nakano | Release of Alkalis from Reactive Andesitic Aggregates and Fly Ashes into Pore Solution in Mortars |
Theme: Test Method and Criteria for Alkali-Reactivity of Aggregate |
P.E. Grattan-Bellew | Test Methods and Criteria for Evaluating the Potential Reactivity of Aggregates |
S. Chatterji | A Simple Chemical Test Method for the Detection of Alkali-Silica Reactivity of Aggregates |
M. Ohtsu | Short-Term Evaluation of Mortar Bar Test by Acoustic Emission |
D. Sorrentino R. Ranc B. Cariou | Methodology of an Industrial Research Laboratory to Assess the Reactivity of Aggregates. Focus on Reproductibility Problems |
P.P. Hudec J.A. Larbi | Rapid Methods of Predicting Alkali Reactivity |
A. Shayan | Experiments with Accelerated Tests for Predicting Alkali-Aggregate Reactivity |
C.A. Rogers R.D. Hooton | Leaching of Alkalies in Alkali-Aggregate Reaction Testing |
H. Tatematsu T. Sasaki | Proposal of a New Index for a Modified Chemical Method |
K. Ishikawa H. Chino K. Katawaki | Study on New Rapid Test Method for Evaluating Aggregate Reactivity |
S. Miura S. Kanamitsu T. Yamamoto J. Kawanishi | Relation between Dissolution of Aggregate in Alkali Solution and Mortar-Bar Expansion |
H. Tamura T. Takahashi M. Ohashi | A Test Method on Rapid Identification of the Future Susceptibility of Alkali-Aggregate Reaction in Fresh Concrete (Fresh-Con GBRC Rapid Method) |
K. Kishitani M. Kobayashi | Development and Standardization of a Rapid Test Method for Indentification of the Alkali Reactivity of Aggregates |
B. Fournier M.A. Bérubé | Alkali-Reactivity Potential of Carbonate Rocks from the St. Lawrence Lowlands (Quebec. Canada) |
M. Abe F. Tomosawa T. Mano K. Togasaki | A Study on the Simple Rapid Test Method Used to Judge the Alkali Reactivity of Aggregate |
T. Kanazu H. Ohnuma T. Nakano H. Ishida | Study on the Rapid Estimation Method of Alkali Aggregate Reaction Using Concrete Specimens |
C. Tashiro K. Yamada | Study of Relationship between Alkali-Aggregate Reaction and Electrical Resistivity |
S. Kobayashi H. Kawano K. Morihama Y. Ishii | Study on Accuracy of 40mm Mortar Bar Test |
S. Kobayashi T. Takaki M. Tsujiko A. Hirama | A Simple Concrete Bar Test with Double Layered Cylindrical Specimens |
C. Clergue A. Corneille | Search to a New, Rapid and Reliable Test Method with a View to Evaluate the Damage Risk in Concrete due to Alkali-Aggregate Reaction |
R. Duggan F. Scott | New Test for Deleterious Expansion in Concrete |
K. Nakano I. Ginyama S. Yoneda F. Shibazaki T. Sone R. Tomita K. Watada Y. Murota Y. Nagao H. Ushiyama Y. Tomita Y. Murata | Study on Expansion Properties of Alkali Reactive Aggregate by Concrete |
K. Katawaki S. Moriya Y. Wakisaka O. Kato | Comparison of the Results of the Chemical Method and Mortar Bar Expansion Test for Determining Aggregate Reactivity |
J.W. Schmitt D.C. Stark | Recent Progress in Development of the Osmotic Cell to Determine Potential for Alkali-Silica Reactivity of Aggregates |
L. Struble M. Brockman | Standard Aggregate Materials for Alkali-Silica Reaction Studies |
R.D. Hooton C.A. Rogers | Evaluation of Rapid Test Methods for Detecting Alkali-Reactive Aggregates |
Theme: Reaction Products and Petrographic Examination |
M. Regourd-Moranville | Products of Reaction and Petrographic Examination |
M. Tang M. Wang S. Han | Microstructure and Alkali Reactivity of Siliceous Aggregate |
E. Soers M. Meyskens | Petrographical Research on Alkali-Aggregate Reactions in Concrete Structures in Belgium |
O. Kato S. Moriya H. Chino K. Ishikawa K. Katawaki | Study on Analytical Techniques for Improving the Chemical Method |
A. Shayan G. Quick | Microstructure and Composition of AAR Products in Conventional Standard and New Accelerated Testing |
M.G. Alexander J.R. McIver S.M. Glynn | Assessment of the Deterioration of an Airport Concrete Apron due to AAR |
K.T. Andersen N. Thaulow | The Application of Undulatory Extinction Angles (UEA) as an Indicator of Alkali-Silica Reactivity of Concrete Aggregates |
L.H. Rao S.K. Sinha | Textural and Microstructural Features of Alkali Reactive Granitic Rocks |
K. Morino | Alkali Aggregate Reactivity of Cherty Rock |
G. Barisone G. Bottino R. Pavia | Alkali-Silica Reaction Potentially Bearing Minerals in Alluvial Deposits of Calabria, Umbria, and Toscana Regions (ITALY) |
T. Uno | Alkali-Silica Reactions by Opal Particles in Japan |
Y. Wakizaka S. Moriya H. Kawano K. Ichikawa | Mineralogical Interpretations of Dissolved Silica and Reduction in Alkalinity of the Chemical Method |
T. Katayama T. Futagawa | Diagenetic Changes in Potential Alkali-Aggregate Reactivity of Siliceous Sedimentary Rocks in Japan -A Geological Interpretation |
T. Katayama T. Futagawa | Alkali-Aggregate Reaction in New Brunswick, Eastern Canada-Petrographic Diagnosis of the Deterioration |
T. Katayama D.A. St John T. Futagawa | The Petrographic Comparison of Some Volcanic Rocks from Japan and New Zealand -Potential Reactivity Related to Interstitial Glass and Silica Minerals |
T. Nishiyama H. Kusuda K. Nakano | A Few Remarks on Alkali-Reactive Chert Aggregates |
I. Nishizaki K. Katawaki | The Characterization of ASR Products and Alkalies in Cement Paste |
K. Natesaiyer K.C. Hover | Some Field Studies of the New Insitu Method for Identification of Alkali Silica Reaction Products |
J.S. Lumley | Synthetic Cristobalite as a Reference Reactive Aggregate |
R. Shiraki K. Kobayashi | Quality and Quantity Determinations of Reactive Substances in Volcanic Rocks |
N. Thaulow J. Holm K.T. Andersen | Petrographic Examination and Chemical Analysis of the Lucinda Jetty Prestressed Concrete Roadway |
Theme: Effects of Environmental Conditions on Alkali-Aggregate Reaction and Preventive Measures |
U. Ludwig | Effects of Environmental Conditions on Alkali Aggregate Reaction and Preventive Measures |
H. Kawakami | A Reinforced Concrete Building Deformed by Alkali Aggregate Reaction |
H. Hamada N. Otsuki T. Fukute | Properties of Concrete Specimens Damaged by Alkali Aggregate Reaction. Laumontite Related Reaction and Chloride Attack under Marine Environments |
K. Okada M. Tezuka T. Yoshikawa M. Himeno M. Komada | Alkali Aggregate Reaction: An Investigation on Its Causes and Strength Evaluations of Materials Subjected to Its Effects |
S. Nishibayashi K. Yamura K. Sakata | Research on Influence of Cyclic Wetting and Drying on Alkali-Aggregate Reaction |
G. Davies R.E. Oberholster | The Effect of Different Outdoor Exposure Conditions on the Expansion due to Alkali-Silica Reaction |
T. Kuihara K. Katawaki | Effects of Moisture Control and Inhibition on Alkali Silica Reaction |
H. Chen P.E. Grattan-Bellew | Effect of Cement Composition on Expansion of Mortar Bars due to Alkali-Silica Reaction |
K. Kobayashi R. Shiraki K. Kawai | Influence of Alkali Concentration Distribution Occurring in Concrete Members on Expansion and Cracking due to Alkali-Silica Reaction |
Theme: Assessment and Repair of Damaged Concrete Structure |
K. Ono | Assessment and Repair of Damaged Concrete Structure |
L.A. Clark K.E. Ng | The Effects of Alkali Silica Reaction on the Punching Shear Strength of Reinforced Concrete Slabs |
K. Takemura E. Tazawa A. Yonekura Y. Abe | Mechanical Characteristics of Reinforced Concrete Column Affected by Alkali Aggregate Reaction |
N. Clayton | Structural Performance of ASR Affected Concrete |
D.K. Doran J.F.A. Moore | Appraisal of the Structural Effects of Alkali-Silica Reaction |
R.N. Swamy | Structural Implications of Alkali Silica Reaction |
M. Abe S. Kikuta Y. Masuda F. Tomosawa | Experimental Study on Mechanical Behavior of Reinforced Concrete Members Affected by Alkali-Aggregate Reaction |
S. Ohno Y. Yoshioka Y. Shinozaki T. Morikawa | The Mechanical Behaviour of Beams Coated after Alkali Silica Reaction Damage |
T. Kojima M. Tomita K. Nakano A. Nakaue | Expansion Behavior of Reactive Aggregate Concrete in Thin Sealed Metal Tube |
K. Okada Y. Mizumoto K. Nakano K. Ono M. Matsumura | Study of Alkali-Silica Reaction by Reinforced Concrete Models |
A. Shayan I. Ivanusec | Influence of NaOH on Mechanical Properties of Cement Paste and Mortar with and without Reactive Aggregate |
R. Pleau M.A. Bérubé M. Pigeon B. Fournier S. Raphaël | Mechanical Behavior of Concrete Affected by ASR |
S. Inoue M. Fujii K. Kobayashi K. Nakano | Structural Behaviors of Reinforced Concrete Beams Affected by Alkali-Silica Reaction |
G.E. Blight | Experiments on Waterproofing Concrete to Inhibit AAR |
D. Palmer | Aspects of the Diagnosis of Alkali-Silica Reaction |
J.F.A. Silveira J.C. Degaspare A.J.C.T. Cavalcanti | The Opening of Expansion Joints at the Moxotõ Powerhouse to Counteract the Alkali-Silica Reaction |
H. Ichihara M. Shimamura I. Koshiishi | Alkali Aggregate Reaction in Railway Prestressed Concrete Bridges |
S. Nishibayashi K. Yamura K. Sakata | Evaluation of Cracking of Concrete due to Alkali-Aggregate Reaction |
J.G.M. Wood P. Norris D. Leek | Physical Behaviour of AAR Damaged Concrete in Structures and in Test Conditions |
M. Ishizuka S. Utoh K. Kuzume M. Sugimoto M. Nishiboshi | Characteristics of Road Structures Damaged by AAR on the Hanshin Expressway due to Continuous Observation |
M. Tomita T. Miyagawa K. Nakano | Basic Study for Diagnosis of Concrete Structure Affected by Alkali-Silica Reaction Using Drilled Concrete Core |
J.G.M. Wood R.A. Johnson | An Engineers Perspective on U.K. Experience with Alkali-Aggregate Reaction |
K. Okada S. Utoh H. Imai K. Ono | Concrete Structures Damaged by Alkali-Silica Reaction |
A.J.C.T. Cavalcanti J.F.A. Silveira | Investigations on the Moxotõ Powerhouse Concrete Affected by Alkali-Silica Reaction |
S. Kobayashi H. Kawano K. Morihama Y. Ishii | The Background of AAR Preventive Measures Adopted by the Japanese Ministry of Construction |
S. Raphaël S.L. Sarkar P.C. Aitcin | Alkali-Aggregate Reactivity – Is It Always Harmful? |
M. Takeyoshi K. Katawaki | Study on the Effect of Concrete Surface Coating for Prevention of Alkali Silica Reaction |
A. Kobayashi K. Kirimura K. Kuboyama T. Kojima | Evaluation of Surface Treatment Effect for Preventing Excessive Expansion due to Alkali-Silica Reaction |
T. Taki M. Takeyoshi K. Noda K. Katawaki | Suppression of Alkali-Aggregate Reaction by Concrete Surface Coating |
M. Koike K. Katawaki S. Moriya | Development of Injection Materials and the Standard for Repairing Damage to Structures Caused by AAR |
S. Amasaki N. Takagi | The Estimate for Deterioration due to Alkali-Silica Reaction by Ultrasonic Spectroscopy |
W. Koyanagi K. Rokugo H. Morimoto H. Iwase | Characteristics and Simulation of Concrete Cracks Caused by AAR |
K. Katawaki | Recent Diagnosis and Repair Techniques for Damaged Concrete Structure by ASR-A Guideline for Public Works Structure- |
S. Moriya H. Obata K. Katawaki M. Koike | Study on the Reducing Reactivity Rate of Concrete Used with Repairing Materials in Laboratory and Field |
K. Kobayashi T. Kojima S. Utoh K. Ono M. Matsumura | Repair of Concrete Structures Damaged by Alkali-Silica Reactions and Its Effects |
M. Fujii T. Miyagawa M. Tomita K. Ono M. Imae | Effect of Coating to Inhibit Alkali-Aggregate Reaction of Concrete Structures |
M. Fujii K. Kobayashi T. Miyagawa M. Hisada | Surface Treatment for Concrete Structures Damaged by Alkali-Aggregate Expansion |
F. Tomosawa K. Tamura M. Abe | Influence of Water Content of Concrete on Alkali-Aggregate Reaction |
Author Index | Author Index |