The Expansive soil collected from Addis Ababa, Bole sub city, classified as an A-7-5 soil on
the AASHTO classification was stabilized using 3% lime, 15% bagasse ash and 15 …

The paper presents the results of the laboratory and model tests on the performance of the
industrial waste materials such as bagasse ash (BA) in conjunction with the granulated blast …

Current trend in construction industry has highlighted the use of silica-rich supplementary
cementitious materials from industrial wastes in the production of concrete. Numerous …

During processing of sugar cane factories in Sudan, the waste of bagasse ash which is
normally disposed in landfills is increasing. These wastes in landfills have an adverse effect …

Soil with low bearing capacity requires stabilization to improve its engineering properties. In
urban areas, to borrow soil from a long distance is time-consuming and uneconomical …

Expansive soil refers to a soil that has the potential for swelling and shrinking due to
changing moisture condition. Expansive soils cause more damage to structures particularly …

Pervious concrete has newly undertaken to escalate for its demand. As urban areas
develop, the difficulties related to runoff management have become more herculean and …

Climate change is one of the major issues in both the developed and developing world.
Greenhouse gas (GHG) emission is one of the implications for climate change. It is …

Expansive clay soil is encountered in most parts of Bungoma County and the preliminary
investigation shows that it belongs to A-7-5 class of soil in the AASHTO soil classification …

An effort to contribute to the actualisation of global goals has necessitated finding solutions
to agricultural waste, which currently creates a nuisance for the environment. This study …