What soil compaction method utilizes high frequency vibration?

The method that utilizes high frequency vibration for soil compaction is vibration soil compaction. This technique involves using a vibrating plate or roller that applies a rapid oscillating motion to the soil. The high frequency vibrations rearrange the soil particles, allowing them to settle more densely together, which increases the overall stability and load-bearing capacity of the soil.

Vibration soil compaction is particularly effective for granular soils, allowing for deeper penetration of the vibration and achieving a uniform compaction across the area being worked on. The method can be adjusted to different frequencies depending on the type of soil and the desired compaction, making it a versatile choice for various construction projects.

Dynamic compaction, while related, involves dropping a heavy weight from a height to impact the ground, which is a different approach than using continuous vibration. Static compaction relies on weight alone without vibration to compress the soil, and impact compaction is focused on striking the surface rather than providing continuous vibration. These distinctions highlight the effectiveness of vibration soil compaction in achieving desired soil density through high frequency vibrations.