This study presents the results of dynamic compaction in loose, saturated granular deposits. The dynamic compaction operations were conducted by (a) the conventional method of Falling Weight Treatment (a.k.a. Deep Dynamic Compaction - DDC) and (b) the more recent Rapid Impact Compaction (RIC) method. The results of either soil improvement method are being presented, normalized and compared side by side in regards to the resulting soil improvement characteristics as well as the degree of efficiency with varying depth and location. Last, but not least, the improved mean soil compressibility parameters are validated through an embankment surcharge test
This paper presents two case histories of ground improvement by dynamic compaction (DC) at the Myra ...
Two case histories of densification of loose sandy soils using compaction piles are analyzed. The sa...
To the knowledge of the authors, the 4.84 million square meter ground improvement project of Al Fala...
Dynamic compaction has become a popular method world-wide for deep improvement of loose soils in rec...
The authors directed selection and control of two large-scale dynamic compaction projects on largely...
The authors directed selection and control of two large-scale dynamic compaction projects on largely...
Dynamic compaction used as a soil improvement method for treatment of filled material in sea in Assa...
Deep Dynamic Compaction technique was used to improve soil bearing capacity in one of the project in...
Dynamic compaction resulted to be the most effective method to compact a very loose hydraulic silty ...
Dynamic compaction resulted to be the most effective method to compact a very loose hydraulic silty ...
Ground improvement has been used on many construction sites to densify granular material, in other w...
The objectives of the study were to determine the effect of fine content on the improvement of cohe...
Pavement layers are systematically constructed as engineered fills with specified properties and cri...
Dynamic Compaction (DC) is a recognized and an accepted technique for stabilization of loose or gra...
Since its development as a full-fledged soil compaction technique by Louis Menard in the late 1960s,...
This paper presents two case histories of ground improvement by dynamic compaction (DC) at the Myra ...
Two case histories of densification of loose sandy soils using compaction piles are analyzed. The sa...
To the knowledge of the authors, the 4.84 million square meter ground improvement project of Al Fala...
Dynamic compaction has become a popular method world-wide for deep improvement of loose soils in rec...
The authors directed selection and control of two large-scale dynamic compaction projects on largely...
The authors directed selection and control of two large-scale dynamic compaction projects on largely...
Dynamic compaction used as a soil improvement method for treatment of filled material in sea in Assa...
Deep Dynamic Compaction technique was used to improve soil bearing capacity in one of the project in...
Dynamic compaction resulted to be the most effective method to compact a very loose hydraulic silty ...
Dynamic compaction resulted to be the most effective method to compact a very loose hydraulic silty ...
Ground improvement has been used on many construction sites to densify granular material, in other w...
The objectives of the study were to determine the effect of fine content on the improvement of cohe...
Pavement layers are systematically constructed as engineered fills with specified properties and cri...
Dynamic Compaction (DC) is a recognized and an accepted technique for stabilization of loose or gra...
Since its development as a full-fledged soil compaction technique by Louis Menard in the late 1960s,...
This paper presents two case histories of ground improvement by dynamic compaction (DC) at the Myra ...
Two case histories of densification of loose sandy soils using compaction piles are analyzed. The sa...
To the knowledge of the authors, the 4.84 million square meter ground improvement project of Al Fala...