A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Test Study on Overdose Cement Stabilized Crushed Rock Base
The early disease of semi-rigid asphalt pavement disease will seriously affect the quality and durability of road usage and the life of the road. Water into the pavement layer cause water content increases and the strength greatly reduced in primary or sub-base material which contends more soil and greater soil plasticity index. Resulting in premature failure of asphalt pavement, and the road surface rutting greater is the insufficient primary strength. The use of water overdose primary stability can fully play its high strength and low cost advantages, but also has a low shrinkage, minimize shrinkage cracks.
Test Study on Overdose Cement Stabilized Crushed Rock Base
The early disease of semi-rigid asphalt pavement disease will seriously affect the quality and durability of road usage and the life of the road. Water into the pavement layer cause water content increases and the strength greatly reduced in primary or sub-base material which contends more soil and greater soil plasticity index. Resulting in premature failure of asphalt pavement, and the road surface rutting greater is the insufficient primary strength. The use of water overdose primary stability can fully play its high strength and low cost advantages, but also has a low shrinkage, minimize shrinkage cracks.
Test Study on Overdose Cement Stabilized Crushed Rock Base
Advanced Materials Research ; 415-417 ; 254-260
2011-12-06
7 pages
Article (Journal)
Electronic Resource
English
Stabilized crushed-rock surfaces
| Engineering Index Backfile | 1943
Stabilized crushed-rock surfaces
| Engineering Index Backfile | 1943
Stabilized crushed-rock surfaces
| Engineering Index Backfile | 1943
Function Design of Cement Stabilized Crushed Stone Drainage Base
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