Design of Rigid Pavement Using Bacterial Concrete

Enhancing Concrete Durability Through Bacterial Induction

Authors

  • Chetan Ramesh Limkar Author
  • Manik Deshmukh Author
  • Aishwarya Dinkar Jadhavar Author
  • Dnyaneshwari Krushna Kamble Author
  • Pranali Shashikant Swami Author
  • Pratiksha Prabhakar Parbat Author

Keywords:

rigid pavement, bacterial concrete, brittle substance, crack repairs, self-repair, strength parameters, cement mortar, compressive strength, split tensile strength

Abstract

Because of its poor stiffness, concrete is a brittle substance that is prone to shattering. Crack repairs are not only costly and time demanding, but they also harm the environment. Designing a new concrete substance that self-repairs cracks might improve its long-term viability. The cultivation of bacteria is the initial step in the inquiry. The strength parameters of bacterial concrete are studied in the second part of the inquiry. The researchers are also looking into the strength characteristics of cement mortar as a result of bacterial induction, as well as the compressive and split tensile strengths of concrete.

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Published

2021-09-01