The use of fly ash in concrete: classification by composition
Thomas MDA, Shehata MH, Shashiprakash SG
Page Count: 6
Abstract
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Paper ID: CCA21101X05X

A new test method for fiber-reinforced concrete
Zollo RF, Hays CD, Zellers R
Page Count: 6
Abstract
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Paper ID: CCA21101X11X

Mechanical properties and freezing and thawing durability of polypropylene fiber-reinforced shotcrete incorporating silica fume and high-volumes of fly ash
Zhang MH, Mirza J, Malhotra VM
Page Count: 10
Abstract
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Paper ID: CCA21101X17X

Evaluation of the effect of portland cement alkali content, fly ash, ground slag, and silica fume on alkali-silica reactivity
Lane DS, Ozyildirum HC
Page Count: 16
Abstract
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Paper ID: CCA21101X26X

Comparison of field observations with laboratory test results on concretes undergoing alkali silica reaction
Whiting NM
Page Count: 8
Abstract
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Paper ID: CCA21102

Comparison of results from C 441 and C 1293 with implications for establishing criteria for ASR-resistant concrete
Lane DS
Page Count: 8
Abstract
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Paper ID: CCA21101X49X

Use of the accelerated mortar bar test for evaluating the efficacy of mineral admixtures for controlling expansion due to alkali-silica reaction
Thomas MDA, Innis FA
Page Count: 9
Abstract
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Paper ID: CCA21101X57X

Using accelerated test methods to specify admixtures to mitigate alkali-silica reactivity
Barringer WL
Page Count: 8
Abstract
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Paper ID: CCA21101X65X

Evaluation of laboratory test methods for alkali-silica reactivity
Fournier B, Malhotra VM
Page Count: 12
Abstract
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Paper ID: CCA21101X73X

Multi-laboratory study of the accelerated mortar bar test (ASTM C 1260) for alkali-silica reacton
Rogers CA
Page Count: 10
Abstract
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Paper ID: CCA21101X85X

Anhydrite in high sulfur trioxide (SO3)/alkali clinkers: dissolution kinetics and influence on concrete durability
Michaud V, Suderman RW
Page Count: 7
Abstract
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Paper ID: CCA21102X96X

Delayed ettringite formation (DEF) in structural lightweight aggregate concrete: effect of curing temperature, moisture, and silica fume content
Ronne M., Hammer TA
Page Count: 10
Abstract
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Paper ID: CCA21104

Assessing the distribution of sulfate in portland cement and clinker and its influence on expansion in mortar
Tennis PD, Bhattacharja S, Klemm WA, Miller FM
Page Count: 6
Abstract
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Paper ID: CCA21102X12X