Conventional soil improvement techniques such as mechanical compaction and chemical grouting are used to improve mechanical properties of soil and to reduce its hydraulic conductivity. However, such techniques have drawbacks such as high costs, environmental contamination and being energy intensive. Biological stabilization using bioclogging and biocementation is a new method to improve the mechanical properties of soil. This approach is more cost-effective and environmentally friendly. The primary objective of this research is to study the feasibility of applying biological approaches to sand to reduce its liquefaction susceptibility. Experiments were ...
The application of microbial technologies to improve the mechanical properties of soils is a new and...
In many civil engineering projects, the foundation soils do not provide the required mechanical prop...
Presently, Chemical Grouting has been used to reduce the hydraulic conductivity and increase the str...
Conventional soil improvement techniques such as mechanical compaction and chemical grouti...
Liquefaction has induced catastrophic damages to our infrastructure in the past years, and efforts h...
It has always been the goal of civil engineers to improve the mechanical engineering characteristics...
The objective of the present study is to develop a biotechnological tool for a new application of si...
Sand is the fundamental building material for any construction work. Being the most abundant materia...
Sand is the fundamental building material for any construction work. Being the most abundant materia...
The objective of the present study is to develop a biotechnological tool for a new application of si...
In recent years high rapid development of infrastructures in metro cities ofuseful land and compelle...
In recent years high rapid development of infrastructures in metro cities ofuseful land and compelle...
In recent years high rapid development of infrastructures in metro cities ofuseful land and compelle...
In this research, the authors analyze the addition of bacterial producer of biological cement on san...
The application of microbial technologies to improve the mechanical properties of soils is a new and...
The application of microbial technologies to improve the mechanical properties of soils is a new and...
In many civil engineering projects, the foundation soils do not provide the required mechanical prop...
Presently, Chemical Grouting has been used to reduce the hydraulic conductivity and increase the str...
Conventional soil improvement techniques such as mechanical compaction and chemical grouti...
Liquefaction has induced catastrophic damages to our infrastructure in the past years, and efforts h...
It has always been the goal of civil engineers to improve the mechanical engineering characteristics...
The objective of the present study is to develop a biotechnological tool for a new application of si...
Sand is the fundamental building material for any construction work. Being the most abundant materia...
Sand is the fundamental building material for any construction work. Being the most abundant materia...
The objective of the present study is to develop a biotechnological tool for a new application of si...
In recent years high rapid development of infrastructures in metro cities ofuseful land and compelle...
In recent years high rapid development of infrastructures in metro cities ofuseful land and compelle...
In recent years high rapid development of infrastructures in metro cities ofuseful land and compelle...
In this research, the authors analyze the addition of bacterial producer of biological cement on san...
The application of microbial technologies to improve the mechanical properties of soils is a new and...
The application of microbial technologies to improve the mechanical properties of soils is a new and...
In many civil engineering projects, the foundation soils do not provide the required mechanical prop...
Presently, Chemical Grouting has been used to reduce the hydraulic conductivity and increase the str...