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The effect of HRWR and AEA on the air system of vibrated concrete
Ahmad Ghadban
, Mohammed Albahttiti
, Kyle Riding
,
David Lange
Civil and Environmental Engineering
Research output
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Chapter in Book/Report/Conference proceeding
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Keyphrases
Air System
100%
Vibrated Concrete
100%
Air-entraining Agent
100%
Railroad Ties
75%
System Stability
50%
Fresh Air
50%
Rheological Properties
50%
Freeze-thaw
50%
Time Duration
50%
Air Entrainment
50%
Air Content
50%
Precast Concrete
50%
Room Temperature
25%
Rheology
25%
Oil-based
25%
Elapsed Time
25%
Air Voids
25%
Uniformly Distributed
25%
Peak Acceleration
25%
Content Assay
25%
Unit Weight
25%
Number of Factors
25%
Concrete Ties
25%
Concrete Structures
25%
Concrete Performance
25%
Chemical Admixtures
25%
Vibration Condition
25%
Freeze-thaw Damage
25%
Air Void System
25%
Entrained Air
25%
Air Losses
25%
Tall Oil
25%
Air Instability
25%
Delayed Placement
25%
Engineering
Precast Concrete
50%