SELF-HEALING OF CRACKED CONCRETE WITH BACTERIAL APPROACH

MANUFACTURE AND STUDY OF SELF-HEALING PROPERTIES IN CONCRETE WITH BACILLUS HAYNESSII (RAKAN1508) BACTERIA ISOLATED FROM FARAFRA OASIS, NEW VALLY GOVERNORATE, EGYPT

Self-healing Mortar Using Microbiologically Induced Calcite Precipitation

Improving life cycle of asphalt pavement mixture using Self-Healing Techiuqe

IMPROVEMENT OF RIGID PAVEMENT PERFORMANCE USING MICROBIAL AGENT

Enhancing Concrete Performance through Microbial Intervention: A Comprehensive Experimental Study

INFLUENCE OF USING EFFECTIVE MICROORGANISMS IN A MOLASSES MEDIUM ON THE COMPRESSIVE STRENGTH, CORROSION RESISTANCE AND PERMEABILITY OF CONCRETE

EFFECT OF EPOXY IN REDUCING CONCRETE CRACKS

Effect of Bacillus Megaterium Bacteria and Different Calcium Source on Strength and Permeation Properties of Concrete

A Literature Review of Bio-cement: Microorganisms, Production, Properties, and Potential Applications.