A laboratory process determines the utmost achievable compactness of a soil below a selected influence power. This evaluation includes compacting soil samples in layers inside a mould, utilizing a standardized hammer dropped from a predetermined peak. The soil’s density is then measured, and the method is repeated with various moisture contents to determine the optimum water content material for optimum compaction. This optimum level is essential for attaining the best potential stability for the soil.
This technique’s significance lies in its skill to enhance soil’s engineering properties, corresponding to shear energy and bearing capability. Reaching most compactness reduces void areas inside the soil, lowering permeability and potential for settlement. Traditionally, this method has confirmed important in developing steady foundations for roads, buildings, and earth dams, minimizing the dangers related to soil instability and failure.