Performance evaluation of Alccofine stabilised Marine clay as subgrade

Publicado 2023-12-07
Sección Research Articles

Autores/as

  • Tania Rose Jelton M Tech Student, Dept. of Civil Engineering Toc H Institute Of Science and Technology Arakkunnam, Kochi, India
  • Elba Helen George Asst. Prof., Dept. of Civil Engineering Toc H Institute Of Science and Technology Arakkunnam, Kochi, India

DOI:

https://doi.org/10.7770/safer-V12N-art758

Palabras clave:

Soil Stabilization, Marine Clay, Alccofine, Index Properties, Engineering properties

Resumen

Soil stabilization is a remedial measure that reduces permeability and compressibility, increases bearing capacity and shear strength of soil mass, which helps in reducing the settlement of structures. Marine clay is one of the major regional soil deposits in India, widely found in offshore and coastal areas. This is a type of low strength soft clay which majorly causes failure in pavements and foundation structures due to high settlements and low strength characteristics. The scope of this project is to improve the strength of marine clay by stabilizing it with alccofine. The work includes determination of index properties of marine clay by Hydrometer method, Atterberg’s test, Specific Gravity test, Free Swell test. The engineering properties of both virgin soil and soil stabilized with 3%, 6%, and 9% of alccofine are determined by various tests such as Standard Proctor test, California Bearing Ratio test. On the basis of CBR test, the optimum percentage of alccofine in marine clay is found out to be 6%.