Shrinkage limit. one of the Atterberg limits, is widely linked with many pl
asticity-based soil behaviors. However, in a great majority of these cases,
such correlations have been found to exhibit poor performance. Recently, i
t has been brought out that the shrinkage limit of a natural soil does not
depend upon plasticity characteristics, and it is primarily governed by the
relative grain size distribution of the soil. The present study confirms t
his mechanism with the results obtained using clay-clay, clay-non-cohesive
soil, and non-cohesive soil mix systems, The present study gains importance
from the point of view of criteria with respect to the design of back fill
materials to be used in various applications. such as nuclear waste dispos
al projects.