Journal of Materials and Engineering Structures
Volume 4, Numéro 3, Pages 121-138
Auteurs : Houssam Khelalfa .
A case study about the adoption of the dynamic compaction technique with high energy in a sandy hydraulic fill is presented. The feasibility of this technique to ensure the stability of the caisson workshop and to minimize the risk of liquefaction during manufacture. This Article is interested to establish diagnostic of dynamic compaction test, basing on the results of SPT tests and quality control as well as the details of work of compaction and the properties of filling materials. A theory of soil response to a high-energy impact during dynamic compaction is proposed.
Hydraulic Fills Dynamic Compaction Energy SPT