Permeation grouting is an effective way to improve the engineering properties of the sandy soil. In this technique the grout is injected into the ground without disturbing the soil structure. In this investigation an attempt is made to study the comparison of permeation grouting with cement and lime grout. The cement grout and lime grout are injected into the soil specimen by changing weight of cement and lime which will be at 2%, 4%, 6%, 8%, & 10% by the soil weight. Grouting is conducted in a tank of size 30 x 30 x 30cm. The grouted samples are tested in triaxial test after 1, 7, & 14 days of curing period. The permeability test also conducted on the grouted samples. The test results revealed that the shear strength properties are improve...
Pressurized grouting technology has been widely adopted in ground improvement. In this study, a seri...
Embankment dams may be damaged by internal erosion, which ultimately may lead to a failure. During i...
Embankment dams may be damaged by internal erosion, which ultimately may lead to a failure. During i...
Grouting is the process of ground improvement techniques which is used to improvise the foundation w...
The effects of the permeation cement grout with fly ash on the sandy soil skeleton were studied in t...
Grout injection in soils and rocks constitutes a method widely used in civil engineering. In the cas...
In order to study permeation grouting reinforcement effect in the sand layer, a set of grouting test...
Grouting technology is widely applied in the fields of geotechnical engineering in infrastructure. L...
The structures constructed in the coastal belt requires deep foundation due to the existence of week...
Grouting technology is widely applied in the fields of geotechnical engineering in infrastructure. L...
Permeation grouting is widely used in grouting engineering because of its low grouting pressure and ...
The constructional activities in the coastal areas often demand deep foundations because of the poor...
Soil modification with Portland cement is the most common practice in geotechnical engineering. The ...
While post-grouting is frequently reported to improve the engineering performance of piles, the shea...
Cement slurry and cement-sodium silicate slurry are most widely applied for soil grouting reinforcem...
Pressurized grouting technology has been widely adopted in ground improvement. In this study, a seri...
Embankment dams may be damaged by internal erosion, which ultimately may lead to a failure. During i...
Embankment dams may be damaged by internal erosion, which ultimately may lead to a failure. During i...
Grouting is the process of ground improvement techniques which is used to improvise the foundation w...
The effects of the permeation cement grout with fly ash on the sandy soil skeleton were studied in t...
Grout injection in soils and rocks constitutes a method widely used in civil engineering. In the cas...
In order to study permeation grouting reinforcement effect in the sand layer, a set of grouting test...
Grouting technology is widely applied in the fields of geotechnical engineering in infrastructure. L...
The structures constructed in the coastal belt requires deep foundation due to the existence of week...
Grouting technology is widely applied in the fields of geotechnical engineering in infrastructure. L...
Permeation grouting is widely used in grouting engineering because of its low grouting pressure and ...
The constructional activities in the coastal areas often demand deep foundations because of the poor...
Soil modification with Portland cement is the most common practice in geotechnical engineering. The ...
While post-grouting is frequently reported to improve the engineering performance of piles, the shea...
Cement slurry and cement-sodium silicate slurry are most widely applied for soil grouting reinforcem...
Pressurized grouting technology has been widely adopted in ground improvement. In this study, a seri...
Embankment dams may be damaged by internal erosion, which ultimately may lead to a failure. During i...
Embankment dams may be damaged by internal erosion, which ultimately may lead to a failure. During i...