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It was seen that the vacuum technology applies well to sensitive Champlain Sea clays and could thus be used in future projects, even under cold environment.However, the observations showed very similar behaviours under both embankments, apparently contradicting laboratory behaviour.Methods 1 and 5 fit our data best at low σ (0.92), and closeness of fit to the 1:1 line, a combination of methods 1 and 3 was selected as the best estimation procedure.All of these require site evaluation before construction.The initial use of such pressure in design met with criticism, but field and laboratory evidence, which highlights its significance, continues to accumulate.A nonlinear rheological model is used to numerically simulate the consolidation process of clay in laboratory tests and to identify the basic mechanical parameters that contribute to the development of the quasi-preconsolidation phenomenon.This breakdown can cause a number of different things depending on the type of soil and its geologic history.Preconsolidation pressure cannot be measured directly, but can be estimated using a number of different strategies.
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Various different factors can cause a soil to approach its preconsolidation pressure: Preconsolidation pressure is used in many calculations of soil properties essential for structural analysis and soil mechanics.
One of the primary uses is to predict settlement of a structure after loading.
Collins English Dictionary - Complete & Unabridged 2012 Digital Edition © William Collins Sons & Co.
This quantity is important in geotechnical engineering, particularly for finding the expected settlement of foundations and embankments.
Preparing a site for construction requires an initial compression of the soil to prepare for foundation to be added.