A case study concerning the adoption of vibroflotation technique in a loosely filled up granular soil has been presented. The technical feasibility of the process of compaction has been established before execution of the work and the post compaction process consisted of monitoring the work by plate load tests and static cone penetration tests. The settlements of the foundations resting on the compacted granular soil have been monitored and they are well within the permissible limits. Hence this technique of compaction has been proved to be economical when compared to the adoption of deep foundation, like, the pile foundation
With the rapid pace of industrialization, structures are being designed and constructed in the flood...
Numerous ground improvement technologies have been in use for many years on land based projects with...
Loose granular sand deposits formed during the land reclamation process are vulnerable to liquefacti...
India has seen a substantial growth in various Soil Improvement Techniques over last decade. A parti...
Soil improvement techniques for geotechnical construction can be broadly classified as densification...
Vibro compaction and vibro stone columns are the two dynamic methods of soil improvement most common...
Deep Dynamic Compaction technique was used to improve soil bearing capacity in one of the project in...
Vibroflotation method has been used to improve sandy soils, especially to eliminate soil liquefactio...
Densification of Hydraulic Sand Fill by Vibro Hammer and Quality Control by Cone Penetration Test ...
Result of liquefiable soil treated with vibroflotation is recommended in this paper through the trea...
Civil engineering construction frequently requires the use of piles to carry structural loads to str...
Vast areas of Deposits of Soft clays and loose sands is a common occurrence generally in all the cou...
Presented master thesis deals with the issues of deep compaction of soils and its application in the...
Ground improvements often aim to reduce settlement risks for foundations and this requires reliable ...
Three 30,000m3 storage tanks are located at a hydraulic-filled reclamation site and close to an eart...
With the rapid pace of industrialization, structures are being designed and constructed in the flood...
Numerous ground improvement technologies have been in use for many years on land based projects with...
Loose granular sand deposits formed during the land reclamation process are vulnerable to liquefacti...
India has seen a substantial growth in various Soil Improvement Techniques over last decade. A parti...
Soil improvement techniques for geotechnical construction can be broadly classified as densification...
Vibro compaction and vibro stone columns are the two dynamic methods of soil improvement most common...
Deep Dynamic Compaction technique was used to improve soil bearing capacity in one of the project in...
Vibroflotation method has been used to improve sandy soils, especially to eliminate soil liquefactio...
Densification of Hydraulic Sand Fill by Vibro Hammer and Quality Control by Cone Penetration Test ...
Result of liquefiable soil treated with vibroflotation is recommended in this paper through the trea...
Civil engineering construction frequently requires the use of piles to carry structural loads to str...
Vast areas of Deposits of Soft clays and loose sands is a common occurrence generally in all the cou...
Presented master thesis deals with the issues of deep compaction of soils and its application in the...
Ground improvements often aim to reduce settlement risks for foundations and this requires reliable ...
Three 30,000m3 storage tanks are located at a hydraulic-filled reclamation site and close to an eart...
With the rapid pace of industrialization, structures are being designed and constructed in the flood...
Numerous ground improvement technologies have been in use for many years on land based projects with...
Loose granular sand deposits formed during the land reclamation process are vulnerable to liquefacti...