| Author(s) |
Title |
| Jones, Karl M.
Liberty, Paul K.
Smith, Jennine R.
Black, Marjorie L. |
Alkali-Aggregate Reaction: A Method to Quantify the Reaction Degree |
| D. Min
L. Xu
X. Lan
M. Tang |
Microstructures and Alkali-Reactivity of Permian Emeishan Group Basaltic Rocks |
| X. Fenga
M.D.A. Thomas
T.W. Bremner
K.J. Folliard
B. Fournier |
Summary of Research on the Effect of LiNO3 on Alkali-Silica Reaction in New Concrete |
| P.E. Grattan-Bellew
J. Margeson
L.D. Mitchell
M. Deng |
Is ACR Just Another Variant of ASR? Comparison of Acid Insoluble Resudues of Alkali-Silica and Alkali-Carbonate Reactive Limestones and Its Significance for the ASR/ACR Debate |
| Y. Mikata
S. Maeda
Y. Hatano
S. Inoue |
Effect of Fractured Anchorage of Shear Reinforcements on Loading Capacity of PC Beams |
| K. Nishimura
K. Muroda
Y. Kobayashi
H. Taniguchi
T. Miyagawa |
Experimental Study on Shear Strength and Reinforcement of PC Members Affected by Alkali-Silica Reaction (ASR) |
| S. Matsumoto
T. Miyagawa
Y. Yamaguchi
Y. Hisari
T. Goto |
Impregnation Depth of Silane Penetrant System and Its Effect on ASR Expansion |
| A. Leeman
J.G. Hammerschlag
C. Thalmann |
Inconsistencies Between Different Accelerated Test Methods Used to Assess Alkali-Aggregate Reactivity |
| T. Andrade
J.J.R. Silva
C.M. da Silva
N.P. Hasparyk |
History of Some AAR Cases in the Recife Region of Brazil |
| A.L.Z. de P. Silveira
N.P. Hasparyk
W.C. Chiossi
L. dos Anjos Farias
S.L.R. Lenharo |
Investigation of Alkali-Aggregate Reaction in Brazilian Carbonate Rocks |
| M. Berra
F. Carassiti
T. Mangialardi
A.E. Paolini
M. Sebastiani |
Use of Nano-Silica for Preventing Expansive Alkali- Silica Reaction in Concrete |
| D. Min
Z. Xu
M. Tang |
Suitability of Test Methods for Alkali-Silica Reactivity of Aggregates to Chinese Aggregates |
| M.A.C. Juliani
L. Becocci
R. Carrazedo |
Detection of Alkali-Aggregate Reaction in Guarulhos International Airport Aircraft Apron: Methodology, Test Campaign, Results and Recommendations |
| S.A. Marfil
P.J. Maiza |
Petroghaphic Study of a Building Deteriorated Due to Alkali-Silica Reaction, in Buenos Aires City (Argentina) |
| J. Stark
K. Seyfarth |
Assessment of Specific Pavement Concrete Mixtures by Using an ASR Performance-Test |
| T. Katayama
H. Sommer |
Further Investigation of the Mechanisms of So- Called Alkali-Carbonate Reaction Based on Modern Petrographic Techniques |
| T. Daidai
K. Torii |
A Proposal for Rehabilitation of ASR-Affected Bridge Piers With Fractured Steel Bars |
| A. Hamoudi
L. Khouchaf
P. Cordier |
Long, Medium and Short Range Order Changes in Amorphous SiO2 Exposed to Alkali Silica Reaction |
| A. Santos Silva
A.F. Gonçlves
M. Pipa |
Diagnosis and Prognosis of Portuguese Concrete Railway Sleepers Degradation – a Combination of ASR and DEF |
| K.J. Hünger
R. Bachmann
Y. Scholz
C. Hübert
M. Xiangyin |
An Accelerated Chemical Test Method for ASR Carried Out Directly at Aggregate Grains |
| I. Fernandes
A. Santos Silva
J.P. Gomes
A. de Castro
Tavares
F. Noronha |
Characterization of AAR in Fagilde Dam |
| A.A. Ramezanianpour
K. Zarrabi
M. Mahdikhani |
Mitigation of Alkali Agreggate Reaction of Concrete Incorporation Rice Husk Ash (RHA) |
| G. Gudmundsson |
Condition Assessment of Shotcrete in 10 Year Old Shotcrete in Hvalfjordur Tunnel in Western Iceland |
| N.P. Hasparyk
P.J.M. Monteiro
D.C.C. Dal Molin |
AAR in Furnas Dam, Brazil, Residual Expansion and the Effect of Lithium |
| V. Corinaldesi
G. Moriconi |
Alkali-Aggregate Reaction: From Prognosis to Intervention |
| S. Lukschoyá
R. Přikryl
Z. Pertold |
Identification of Alkali-Silica Reactive Fragments in Sands and Gravels, Using the Mortar Bar Method and Gel Pat Test, Modified by Petrographic Image Analysis |
| T. Katayama
T. Oshiro
Y. Sarai
K. Zaha
T. Yamato |
Late-Expansive ASR Due to Imported Sand and Local Aggregates in Okinawa Island, Southwestern Japan |
| A. Shayan
R. Al-Mahaidi
A. Xu |
Durability and Strength Assessment of AAR-Affected Bridge Deck Planks |
| K.J. Folliard
M.D.A. Thomas
J.H. Ideker
B. East
B. Fournier |
Case Studies of Treating ASR-Affected Structures With Lithium Nitrate |
| A. Sellier
E. Bourdarot
S. Multon
M. Cyr
E. Grimal |
Assessment of the Residual Expansion for Expertise of Structures Affected by AAR |
| B. Fournier
C. Rogers |
Multi-Laboratory Study of Accelerated Mortar Bar Test and Concrete Prism Expansion Tests at 38° and 60°C |
| G.A. da Silva
R.A. Oliveira |
Injections of Microcement in Pile Caps Cracked by Alkali-Aggregate Reaction |
| Q. Zhao
J. Stark
E. Freyburg
M. Zhou |
The Mechanism of GBFs Preventing AAR: A Discussion |
| H. Nakagawa
M. Yokota
K. Matsuda
M. Matsushima |
Prediction Method for Properties of Concrete on Ultrasonic Non-Destructive Testing |
| M. Gregerová
D. Všianský |
Geo-Visualization of Aggregate for AAR Prediction and Its Importance for Risk Management |
| J.D. Bakker |
Control of ASR Related Risks in the Netherlands |
| S. Krispel |
Portland-Slag Cements – Reduction of the Residual Risk of Aggregates Containing Reactive Components |
| C. Tremblay
M.A. Bérubé
B. Fournier
M.D. Thomas
K.J. Folliard |
Experimental Investigation of the Mechanisms by Which liNO3 Is Effective Against ASR |
| V. Jensen
C. Merz |
Alkali-Aggregate Reaction in Norway and Switzerland. Survey Investigations and Structural Damage |
| T. Katayama |
ASR Gel in Concrete Subject to Freeze-Thaw Cycles – Comparison Between Laboratory and Field Concretes From Newfoundland, Canada |
| M. Juliani
A.J.C.T Cavalcanti
R. Carrazedo
J.C. Gaspare |
Analysis of the Effects Caused by Alkali Aggregate Reaction on the Structures of Moxotó Power Plant |
| Y. Hiroi
H. Manabe
T. Ihaya
T. Ookubo
T. Miyagawa |
Experimental Study on the Long-Term Properties of Prestressed Concrete Members Affected by Alkali- Silica Reaction (ASR) |
| A. Leemann
B. Lothenbach |
The Na2O-Equivalent of Cement: A Universal Parameter to Assess the Potential Alkali-Aggregate Reactivity of Concrete? |
| M. Nomura
K. Torii |
The Alkali-Leaching Property of Sands and Inspection on Alkali-Leaching From Aggregate in Structures |
| X. Lingling
Li. Weiguang
L. Fang
T. Mingshu |
Study on MMA-Based Repair Material for Repairing the Cracking Caused by AAR in Concrete |
| L. Zhihui
L. Xianghui
D. Min
X. Zhongzi
W. Fengyan
T. Mingshu |
A New Mechanism of Mineral Admixture Suppressing Alkali-Silica Reaction |
| B. Fournier
J.H. Ideker
K.J. Folliard
M.D.A. Thomas
P.C. Nkinamubanzi
R. Chevrier |
Effect of Environmental Conditions on Expansion in Concrete Due to Alkali-Silica Reaction (ASR) |
| Z. Owsiak |
Effects of Alkali-Silica Reaction on the Rate Delayed Ettringite Formation in Steam Cured Mortars |
| T. Yamamoto
A. Hattori
T. Miyagawa |
Bond Behavior Between Reinforcement and Concrete With ASR Expansive Crack Artificially Induced Using Expansive Concrete |
| M.C. Bignozzi
A. Saccani |
Expansion Behavior of Ground Glass Cullet Used as Aggregate or Cement Replacement |
| S. Jacobsen
J. Lindgård
L. Fritz |
Frost Dilation Measurements on Concrete Cores From a Dam With ASR |
| G.E. Blight |
An Unexpected Observation After Drying AAR-Affected Concrete |
| T. Ueda
H. Naitou
M. Nagura
K. Sano
T. Miyagawa |
Design System for Electrochemical Corrosion Control Techniques Considering Their Effects on Alkali–Silica Reaction |
| J. Olek
J. Lovell
S. Diamond
P.R. Rangaraju |
A Microstructural Study of ASR Induced by Alkali Acetate and Formate Deicers |
| D. Lu
B. Fournier
P. Grattan-Bellew
Y. Lu
Z. Xu
M. Tang |
Expansion Behaviour of Spratt and Pittsburg Limestones in Different Test Procedures |
| J. Lindgård
B. Pedersen
S.K. Bremseth
P.A. Rønning
T.F. RønningK.O. Kjellsen |
Experience Using the Norwegian 38°C Concrete Performance Test Evaluating the Alkali Reactivity of Concrete Mixes and Different Binder Combinations |
| D. Hooton
M. Thomas
T. Ramlochan
R. Bleszynshi |
Durability of Ternary Blend Concrete With Silica Fume and Blast- Furnace Slag: Laboratory and Outdoor Exposure Site Studies |
| O. Çopuroğlu
E. Schlangen
O. Andiç-Çakır
E. Garcia-Diaz |
Effect of Silica Dissolution on the Mechanical Properties of Alkali Reactive Basalt |
| A.S.M. Santos Silva
M.E. Melo Jorge
M.P. Rodrigues
A.F. Cristino |
Research on the Suppression Expansion Due to ASR. Effect of Coatings and Lithium Nitrate |
| A. Mirdamadi
H. Layssi
M.H. Eftekhar
M. Shekarchi |
Comparative Study of Metakaolin and Silica Fume to Prevent Alkali-Silica Reaction in Concrete |
| C. Dunant
A. Guidoum
K. Scrivener |
Micro-Mechanical Modelling of ASR |
| C. Sannoh
K. Torii |
Suppressing Effect of Various Mineral Admixtures on Combined Deterioration Caused by ASR and Chloride Attack |
| Y. Kawashima
K. Kosa
H. Goda
N. Koroki |
Experimental Simulation of Reinforcing Bar Fracture by ASR |
| K. Eriksen
J. Jansson
M. Geiker |
Assessment of Concrete Bridge Decks With Alkali Silica Reactions |
| E. Schlangen
O. Çopuroğlu
O. Andiç-Çakır
E. Garcia Diaz |
Modelling ASR Expansions Based on Measurements of Local Properties of Expanding Gel |
| L.J. Malvar
L. Lenke
G.D. Cline |
Use of Fly Ash in DOD Airfield Concrete Pavements |
| K.J. Huenger
C. Hübert
D. Heidemann |
Formation of Kanemite From Precursor as a Model for ASR Gel Hydration |
| K. Torii
S. Wasada
T. Sasatani
T. Minato |
A Survey on ASR-Affected Bridge Piers With Fracture of Steel Bars on Noto Expressway |
| J. Bokern |
Concrete Tests for ASR Assessment: Effects of Testing Environment on Preconditions for an ASR and Transferability of Test Results |
| B. Schouenborg
U. Akesson
L. Liedberg |
Precision Trials Can Improve Test Methods for Alkali Aggregate Reaction (AAR) – Part of the Partner-Project |
| M. Kawamura
N. Arano
M. Juni |
Transformation of the U Phase Into Ettringite in Reactive Aggregate-Containing Mortars Immersed in NaCl Solution |
| S. Multon
M. Cyr
A. Sellier
P. Diederich
L. Petit |
Effects of Aggregate Size and Alkali Content on ASR Expansion |
| A. Kashima
K. Kawamata
H. Suzuki
T. Miyagawa
T. Kojima |
Application of Cathodic Protection on Reinforced Concrete Deteriorated by Alkali-Silica Reaction |
| C. Müller
I. Borchers |
Evaluation of Test Methods for the Assessment of the Alkali- Reactivity of Aggregates and Concrete Compositions |
| I. Borchers
C. Müller |
Field Site Tests Established in the Partner Project for Evaluating the Correlation Between Laboratory Tests and Field Performance |
| M.H. Shehata
M.D.A. Thomas |
The Role of Alkali Content of Portland Cement on the Expansion of Concrete Containing Reactive Aggregates and Supplementary Cementing Materials |
| J. Stark
C. Giebson |
Influence of Acetate and Formate Based Deicers on ASR in Airfield Concrete Pavements |
| P. Demars
P. Gilles
E. Dondonne
G. Lefebvre
A. Darimont
G. Lorenzi
G. Henriet
M.A. Marion |
The Degradation of the Bridge Deck Slabs in Belgium Mainly Involves Alkali-Aggregate Reactions |
| K. Okuyama
K. Ishii
Y. Okuda
K. Torii |
Strengthening and Monitoring Techniques for ASR-Affected Footing of Bridge Pier |
| F. Shrimer
A. Briggs
B. Hudson |
Alkali-Aggregate Reaction in Western Canada: Review of Current Trends |
| E. Grimal
A. Sellier
S. Multon
Y. Le Pape
E. Bourdarot |
Concrete Modelling for Expertise of Structure Affected by Alkali Aggregate Reaction |
| G. Bar-Nes
Y. Peled
M. Arbel-Haddad
Y. Zeiri
A. Katz |
The Effect of High Salt Concentration on the Integrity of Silica-Fume Blended Cementitious Matrices for Waste Immobilization Applications |
| D. Bulteel
E. Garcia-Diaz
P. Dégrugilliers |
Influence of Lithium Hydroxide on Alkali-Silica Reaction |
| A.J.C.T. Cavalcanti
M.A.C. Juliani
G. Tristão
J.F.A. Silveira |
Evaluation of Alkali-Aggregate Reaction Expansion on Pedra Dam by Mathematical Model |
| E. Rodum
J. Lindgård
H. Stemland
M. Haugen
O. Skjølsvold |
Early Damages Due to Alkali Aggregate Reactions in a Swimming Pool – Diagnosis and Rate of Expansion |
| L. Sanchez
S.C. Kuperman
P. Helene
Y. Kihara |
Trials to Correlate the Accelerated Mortar Bar Test, the Standard and the Accelerated Concrete Prism Tests |
| S. Larsen
J. Lindgård
E. Thorenfeldt
E. Rodum
M. Haugen |
Experiences From Extensive Condition Survey and Fem- Analyses of Two Norwegian Concrete Dams With ASR |
| J.G.M. Wood |
Improving Guidance for Engineering Assessment and Management of Structures With AAR |
| P.N. Silva
A.J.C.T. Cavalcanti
S.C. Kuperman
P. Helene
N.P. Hasparyk |
AAR at Paulo Afonso Hydroelectric Complex, Part I: Influence on the Mechanical and Elastic Properties of the Concrete |
| E. Nakamura
H. Watanabe
H. Koga |
Shear Resisting Mechanism in RC Beams With Stirrups Fractured Due to ASR Expansion |
| S. Inoue
H. Oshita
K. Sawai
Y. Hatano |
Effect of Rupture of Shear Reinforcement on Shear Capacity of ASR Damaged Reinforced Concrete Beams |
| H.J.M. Román
R.E.R. Camacho
R.U. Afif
G. Martinez
D.R. Rodriguez |
Evaluation of Alkali-Aggregate Reaction in Aggregates From Igneous Rocks |
| K. Era
T. Mihara
A. Kaneyoshi
T. Miyagawa |
Controlling Effect of Lithium Nitrite on Alkali-Aggregate Reaction |
| P. Rivard
G. Ballivy
C. Gravel
F. Saint-Pierre |
Monitoring of an Hydraulic Structure Affected by ASR: A Case Study |
| M. Shehata
C. Christidis
W. Mikhaiel
C. Rogers
M. Lachemi |
Reactivity of Reclaimed Concrete Aggregate Produced From Concrete Affected by Alkali Silica Reaction |
| Y. Kawabata
K. Yamada
H. Matsushita |
Alkali-Silica Reactivity and Expansion of Mortar Incorporating Glassy Andesite in Alkaline Solution |
| C. Lee
C.C. Liu
W.C. Wang |
Effect of the Distance Between Electrodes on the Performance of Using Electrochemical Technique to Repair the Concrete Damaged by AAR |
| F.A.dC Munhoz
Y. Kihara
M.A. Cincotto |
Effect of Mineral Admixtures on to the Mitigation of Alkali-Silica Reaction in Concrete |
| T. Pyle
J. Gage
V. Jain
B. Lenz
D. Glauz |
Efficacy of Alkali-Silica Reactivity Mitigation Measures and Their Effects on the Engineering Properties of Concrete |
| A.M. López-Buendia
V. Climent
M.M. Urquiola
J. Bastida |
Influence of Dolomite Stability on Alkali-Carbonate Reaction |
| P. Gilles
P. Demars
E. Dondonne
G. Lorenzi
A. Darimont |
A New Test to Assess the Concrete Susceptibility to “the Decay” of the Bridge Deck Slabs |
| A. Shayan
A. Aimin
Xu
Roger |
Factors Affecting the Expansion and Cracking of Model Bridge Piles in Seawater, and the Effects of Mechanical Confinement |
| R. Takahashi
Y. Sato
T. Yamaji |
Tensile Behaviour of Rc Member Subjected to AAR |
| P. Hagelia |
Chemistry of ASR-Gels and Pore Fluids in Ultra- Accelerated Mortar Bars: Evidence for Si-Control on Gel Expansion Properties |
| H. Layssi
M. Shekarchi
M. Abbasi
M.H. Eftekhar |
Evaluation of the Alkali-Silica Reactivity of Rocks from Iran, ARAs Region |
| H. Goda
M. Hibino
M. Kawamoto
M. Kai |
Bond Strength Between Steel Bar and Concrete Using Accelarated Expansion Test Method of ASR Imitated With Glass |
| S. Hajighasemali
A.A. Ramezanianpour
V. Lotfi |
Flexural Strength and Numerical Simulation of ASR Affected Beams |
| M. Mizuta
T. Kojima
K. Kuzume |
Analytical Evaluation of Effect on ASR of RC Structure Using Meso-Scale Concrete Element by Fem |
| B.J. Wigum
J. Lindgård |
AAR: Testing, Mitigation & Recommendations. the Norwegian Approach During Two Decades of Research. |
| I. Sims
P.J. Nixon
I. Blanchard
P. Bennett-Hughes |
Assessment of Concrete in Service in the UK – Remembering the Value of Practical Petrography |
| S.U. Einarsdóttir
B.J. Wigum |
Alkali Aggregate Reaction in Iceland – New Test Methods |
| Y. Kawabata
H. Hamada
Y. Sagawa
J. Miyake
T. Ikeda |
Fly Ash Characterization Related to Mitigation of Expansion Due to ASR |
| T. Kuroda
S. Inoue
A. Yoshino
S. Nishibayashi
T. Miyagawa |
Effects of Accelerated Test Conditions on ASR Expansion of Concrete Core |
| A. Shayan
A. Xu
H. Morris |
Comparative Study of the Concrete Prism Test (Cpt 60°C, 100% Rh) and Other Accelerated Tests |
| M. Berra
G. Faggiani
T. Mangialardi
A.E. Paolini |
Influence of Stress Restraint on the Expansive Behaviour of Concrete Affected by ASR |
| J. Ke
M. Deng |
Study of Concrete Expansion Due to ASR Based on BP Neural Networks |
| J. Chen
A.R. Jayapalan
K.E. Kurtis
J.Y. Kim
L.J. Jacobs |
Ultra-Accelerated Assessment of Alkali-Aggregate Reactivity by Nonlinear Ultrasonic Techniques |
| M. Böhm
S. Baetzner |
The Effect of the Alkalinity of the Pore Solution on ASR |
| M.R. Carvalho
E.M.R. Fairbairn
R.D. Toledo-Filho
G.C. Cordeiro |
Influence of Steel Fibers on the Development of Alkali-Aggregate Reaction |
| H. Wen
Y. Wang |
Formulae for Estimating AAR Expansion in Concrete Structures Based on Ultrasonic Pulse Velocity Measurement |
| E. Garcia-Diaz
D. Bulsteel
Y. Monnin
P. Degrugilliers
F.P. Patrick |
Pessimum Behaviour of Siliceous Limestone Aggregates |
| K. Schmidt
H. Hilbig
R.E. Beddoe
D. Heinz |
Prevention of ASR With Supplementary Cementitious Materials – Long Term Pore Solution Investigations |
| P.J. Nixon
J. Lindgård
I. Borchers
B.J. Wigum
B. Schouenborg |
The EU “Partner” Project- European Standard Tests to Prevent Alkali Reactions in Aggregates Final Results and Recommendations |
| J.H. Ideker
B.L. East
K.J. Folliard
M.D.A. Thomas
B. Fournier |
The Current State of the Accelerated Concrete Prism Test |
| M. Haugen
J. Lindgård
E. Akesson
B. Schouenborg |
Experience From Using the Rilem Aar-1 Petrographic Method Among European Petrographers – Part of the Partner Project |
| Y. Kubo
Y. Watanabe
T. Ueda
T. Kuroda
N. Nomura |
Influence of ASR Expansion on Mechanical Properties of Concrete Deteriorated by ASR |
| P.N. Silva
A.J.C.T. Cavalcanti
S.B. dos Santos
A.N.dM. Lopes
N.P. Hasparyk |
AAR at Paulo Afonso Hydroelectric Complex, Part II: Creep of Concrete Cores Affected by the Alkali- Aggregate Reaction |
| B. Godart
L. Divet |
The New French Recommendations to Prevent Disorders Due to Delayed Ettringite Formation |
| C. Thalmann
A. Leemann
J.G. Hammerschlag
M. Knecht |
Testing of Aggregates Regarding Alkali-Aggregate-Reactivity – Proposal for Recommendations in Switzerland |
| A. Shayan
A. Xu
G. Chirgwin
H. Morris |
Effects of Seawater on AAR Expansion of Concrete |
| G.M. Ahlstrom
J. Mullarky
F. Faridazar |
The United States Federal Highway Administration’s Efforts to Eliminate Alkali-Silica Reaction in Concrete Transportation Structures |
| O. Andiç-Çakır
O. Çopuroğlu
K. Ramyar |
Effect of Aggregate Grading on Concrete Microbar Expansions |
| O. Andiç-Çakır
O. Çopuroğlu
F. Gülen
K. Ramyar |
Effect of Pre-Curing Period on Accelerated Mortar Bar and Concrete Microbar Tests |
| M. Thomas
N. Beaman
S. Hayman
P. Gilks |
Evaluating ASR Prevention Strategies for the Reconstruction of Concrete Structures at Mactaquac Generating Station |
