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Expansion ratio estimation of expandable foam grout using unit weight
Woo Jin Han
,
Jong Sub Lee
, Thomas H.K. Kang
, Jongchan Kim
*
*
Corresponding author for this work
School of Civil, Environmental and Architectural Engineering
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peer-review
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Keyphrases
Air Content
100%
Backfill
20%
Cavity Filling
20%
Cement Ratio
80%
Content Generation
20%
Entrapped Air
20%
Expandable Foam
100%
Expansion Ratio
100%
Gravimetric Method
20%
Grouting
100%
High Flowability
20%
Maximum Expansion
20%
Porous Structure
20%
Ratio Estimation
100%
Ratio Limit
20%
Reduced Water
20%
Setting Time
20%
Subsurface Cavity
20%
Surface Subsidence
20%
Surface-subsurface
20%
Unit Weight
100%
Urban Areas
20%
Volume Expansion
40%
Water-cement Ratio
40%
Weight Variation
20%
Engineering
Air Content
100%
Backfilling
20%
Cement Admixture
20%
Cement Ratio
80%
Expansion Ratio
100%
Porous Structure
20%
Setting Time
20%
Subsurface
20%
Water/Cement Ratio
40%
Material Science
Flowability
100%
Surface (Surface Science)
100%