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A platform for research: civil engineering, architecture and urbanism
Theoretical Derivation of the Column (Ball) Expansion in Pressure Grouting
Based on the assumptions:(1)The grouted soil is homogeneous and isotropic;(2)Slurry is Newtonian;(3)Slurry be injected into the strata from the bottom of grouting pipe;(4)In the soil slurry was spread in the ball shape, theoretical formula of the column (ball) expansion of the pressure grouting is derived , and described the FH3’s curing mechanism. This research could provide theoretical guidance for the implementation of grouting.
Theoretical Derivation of the Column (Ball) Expansion in Pressure Grouting
Based on the assumptions:(1)The grouted soil is homogeneous and isotropic;(2)Slurry is Newtonian;(3)Slurry be injected into the strata from the bottom of grouting pipe;(4)In the soil slurry was spread in the ball shape, theoretical formula of the column (ball) expansion of the pressure grouting is derived , and described the FH3’s curing mechanism. This research could provide theoretical guidance for the implementation of grouting.
Theoretical Derivation of the Column (Ball) Expansion in Pressure Grouting
Advanced Materials Research ; 430-432 ; 1147-1150
2012-01-03
4 pages
Article (Journal)
Electronic Resource
English
Theoretical Derivation of the Column (Ball) Expansion in Pressure Grouting
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