Solution to Your Lift

Dynamic Compaction

 

 

 

 

 

One of the improvement methods is the dynamic compression method. This method involves high-energy repetitive blows to the soil surface using 1 to 4 ton weight cobwebs up to 4 m. Since the equipment and technology required for this method were so used and worn in the past, the company decided to set up an expert team using specialized machinery and upgrades. The company has also started using specialized machinery from Germany's Libher brand, which is up to 350 percent faster than previous methods.

This is currently one of the most popular methods of improvement in the country. But because its design is still experimental and the number of parameters variable in this method is high; to achieve an optimal thrust pattern, in several areas, experimental compaction with a number of experiments is performed before and after the thrust. Due to the considerable cost of experimental congestion and the required experiments, numerical modeling of these operations can improve the efficiency and accuracy of this method and reduce costs.

In the construction of fine-grained highways, earthen dams, industrial land preparation, refineries and numerous other infrastructure works, you need to reduce loose soil to a high degree of compaction to improve soil mechanical properties. The methods that achieve this are called soil remediation, one of which is compaction. Dynamic compaction of soil is one of the methods of deep compaction of soil. Benefits of compaction include increased soil fertility, reduced unwanted habitat, and slope stability.

During the foundation reinforcement process, the hammer reaches a speed of 2 km / h, falling from a height of 10 to 40 meters per hour. This impact intensity and velocity occur in the strongest earthquakes and can be simulated.