Geotechnical Engineering Research Study
Performance Evaluation and Numerical Modeling of Embankment over Cement Stabilized Soft Clay
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This Geotechnical Engineering Research Study is prepared to cover the most recent design approaches of highway embankments over soft soils. We feel that there is a need for a more detailed study for advanced construction methods on chemically improved soils to avoid excessive failures of engineering facilities. Mass stabilization of soft clay by mixing with cement is a relatively new ground improvement method for soft clay soil layers. Soft clay generally have low strength. The reduction in strength and stiffness of soft clays causes bearing capacity failure and excessive settlement. These mat...
This Geotechnical Engineering Research Study is prepared to cover the most recent design approaches of highway embankments over soft soils. We feel that there is a need for a more detailed study for advanced construction methods on chemically improved soils to avoid excessive failures of engineering facilities. Mass stabilization of soft clay by mixing with cement is a relatively new ground improvement method for soft clay soil layers. Soft clay generally have low strength. The reduction in strength and stiffness of soft clays causes bearing capacity failure and excessive settlement. These materials may also change chemically and biologically with time. Frequently, these clayey soils cause cracking and breaking up of pavements, railways, highway embankments, roadways. In Geotechnical Engineering, it is challenging to improve the Engineering characteristics of soil so that the stability and serviceability requirements can be met. This research Study focuses on evaluating the performance of road embankment constructed on cement stabilized soft clay.
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