A Review of a Stabilization Method for the Nigerian Deltaic Peaty Clay (Chikoko)
Journal Title: International Journal of Engineering Sciences & Research Technology - Year 30, Vol 3, Issue 6
Abstract
The Nigerian deltaic clay (locally known as chikoko) is extremely soft marine clay (peat) requiring expensive deep foundations. It is highly organic. Like every other peat, it deforms and fails under light surcharge loads. An effective method for its improvement is mass stabilization, which is a new method that can increase strength, improve deformation properties and save costs. This paper reviews the mass stabilization technique as well as various binders that are currently used to strengthen peat.
Authors and Affiliations
George Rowland Otoko
Exergy Analysis of Raipur Thermal Power Plant in Raipur (India); A Case Study
In this paper, the exergy analysis of “(56MW) thermal power plant Raipur (India); a case study” are presented. The main objectives of this paper are to analyze the plant’s component separately and to identify the parts...
Wearable Cognitive Assistance & Application Development with Google Wearables
Recently developed wearable devices have opened up new capabilities in human interactions with the world. Home automation is an area of interest for the application of wearable devices. Currently, home automation...
RESEARCH WORK ON CONVERSATION ENVIRONMENTAL WASTE TO ENERGY
Waste the term which is usually creates a feeling of untidiness and unused matter in environment/ society. We know that now a day’s consumption of Electric energy is majorly employed in every industry, compani...
Vehicle Detection Using Gabor Filter
On road vehicle detection is the main problem for some applications such as driver assistance systems, autonomous and self-guided vehicles. Vehicle or non vehicle classification is the important issue in the case...
A REVIEW ON A NOISE REDUCTION SYSTEM IN IC ENGINE
The study focused on practical methods of reducing noise levels in automobile engine. Noise reduction is one of the highest prior targets for IC engine development because of the more and more strict engine noise...