Abstract

Eluozo. S. N and Ode .T.

ABSTRACT

Several experts has been monitoring the behaviuor of various soil through experimental set up, these concept has produced reliable results for compression index, the development of modeling and simulation expression of two different soil including monitoring there rate of compression and comparative level has not been carried out. Base on these conditions the behaviour of both parameters in terms of expressing compression rate in such deltaic environment become signification goal to achieved in this study, such condition were monitored through modeling techniques in the study area, simulation from derived solution were carried out to be compared between both parameters, the simulation values through graphical representation express the behavior of both soil compression index, linear deposition were observed to be predominant in all the figures at the optimum level recorded at [4.4M]. Comparative analysis of both parameters has expressed their rate of fitness thus the relationship of both soil formations on compression index.