This study has demonstrated the potential S. pasteurii and consequently MICP holds in improving the integrity of finish to concrete, without the use of chemical based sealants. This is part of an ongoing range of experimental work designed to find an effective way of using bacteria as a cementitious repair agent
A typical durability-related phenomenon in many concrete constructions is crack formation. While lar...
Concrete is one of the most widely used construction materials and has a high tendency to form crack...
© 2017, Society for Industrial Microbiology and Biotechnology. Concrete is the most widely used con...
This paper investigates the sealing and healing properties micro-induced calcite precipitation with ...
This doctoral dissertation explores an alternative approach to the crack repair in concrete structur...
This self repair system is based upon harmless ground borne bacteria as the self healing agent. The ...
This paper investigates the sealing and healing properties of micro-induced calcite precipitation wi...
Microbial calcium carbonate has been widely investigated to self-heal concrete cracks. However, the ...
The ability of certain bacteria to promote the precipitation of calcium carbonate, has been used adv...
Cracks in concrete can weaken structures, destroy integrity, impair function and open pathways for c...
Micro cracks are very commonly observed in concrete structures. Due to increased permeability throug...
The aim of this research project is the development of a new type of concrete in which integrated ba...
Due to their porous nature and because they are prone to crack formation, mineral building materials...
As synthetic polymers, currently used for concrete repair, may be harmful to the environment, the us...
Concrete is a material popularly used in construction. Due to the load-bearing and external environm...
A typical durability-related phenomenon in many concrete constructions is crack formation. While lar...
Concrete is one of the most widely used construction materials and has a high tendency to form crack...
© 2017, Society for Industrial Microbiology and Biotechnology. Concrete is the most widely used con...
This paper investigates the sealing and healing properties micro-induced calcite precipitation with ...
This doctoral dissertation explores an alternative approach to the crack repair in concrete structur...
This self repair system is based upon harmless ground borne bacteria as the self healing agent. The ...
This paper investigates the sealing and healing properties of micro-induced calcite precipitation wi...
Microbial calcium carbonate has been widely investigated to self-heal concrete cracks. However, the ...
The ability of certain bacteria to promote the precipitation of calcium carbonate, has been used adv...
Cracks in concrete can weaken structures, destroy integrity, impair function and open pathways for c...
Micro cracks are very commonly observed in concrete structures. Due to increased permeability throug...
The aim of this research project is the development of a new type of concrete in which integrated ba...
Due to their porous nature and because they are prone to crack formation, mineral building materials...
As synthetic polymers, currently used for concrete repair, may be harmful to the environment, the us...
Concrete is a material popularly used in construction. Due to the load-bearing and external environm...
A typical durability-related phenomenon in many concrete constructions is crack formation. While lar...
Concrete is one of the most widely used construction materials and has a high tendency to form crack...
© 2017, Society for Industrial Microbiology and Biotechnology. Concrete is the most widely used con...
Add to ORKG