Rice Husk Ash (RHA) is an agro-waste material. It is found locally in abundance in Nigeria and many other parts of the world. Rice Husks pose environmental nuisance in developing countries. Efforts have been made to convert the material to economic usage. RHA is a form of pozzolan, a potential cementitious material. The material was mixed with 45 per cent slaked lime. The resultant product ‘cement’ has a specific gravity of 2.1. The initial and final setting times were found to be 4 ½ and 76 hours respectively. The pozzolanic Activity Index of the ash was determined. It was found to be highly pozzolanic. The average compressive strength was found to be 3.2 N/mm2 (32.6 kg/cm2). The relationship between the compressive strength of its concret...
The rice husk is an agricultural waste which is obtained from milling process of paddy and approxima...
Waste incorporated in construction materials should be used, whenever possible, without processing i...
In the last decade, the use of supplementary cementing materials has become an integral part of high...
Rice husk ash (RHA) is an agro waste and a natural pozzolana which is rich in silica and found in ab...
Rice husk ash is a promising pozzolanic material for partial replacement of ordinary Portland cement...
Abstract. Fast depleting natural resources, huge consumption of energy, and environmental hazards ...
This research evaluates rice husk ash (RHA) as a cementitous constituent in concrete productions. Ra...
A survey was carried out to assess the quantities of rice husks at the rice milling plants in the co...
Recently, incorporation of cement replacement material (CRM) in concrete has gained considerable att...
For over two decades, rice-husk-ash has been discovered to be a highly reactive pozzolana and has be...
Compressive strength tests were carried out on six mortar cubes with cement replaced by rice husk as...
Rice husk ash (RHA) is an agricultural waste which is a pozzolanic material that can be blended wit...
Research on the use of Rice Husk Ash (RHA) in cement, concrete and mortar has been explored in diffe...
[EN] Rice husk ash is one of the most widely studied biomass ashes used in pozzolanic addition. Give...
Recently, incorporation of cement replacement material (CRM) in concrete has gained considerable at...
The rice husk is an agricultural waste which is obtained from milling process of paddy and approxima...
Waste incorporated in construction materials should be used, whenever possible, without processing i...
In the last decade, the use of supplementary cementing materials has become an integral part of high...
Rice husk ash (RHA) is an agro waste and a natural pozzolana which is rich in silica and found in ab...
Rice husk ash is a promising pozzolanic material for partial replacement of ordinary Portland cement...
Abstract. Fast depleting natural resources, huge consumption of energy, and environmental hazards ...
This research evaluates rice husk ash (RHA) as a cementitous constituent in concrete productions. Ra...
A survey was carried out to assess the quantities of rice husks at the rice milling plants in the co...
Recently, incorporation of cement replacement material (CRM) in concrete has gained considerable att...
For over two decades, rice-husk-ash has been discovered to be a highly reactive pozzolana and has be...
Compressive strength tests were carried out on six mortar cubes with cement replaced by rice husk as...
Rice husk ash (RHA) is an agricultural waste which is a pozzolanic material that can be blended wit...
Research on the use of Rice Husk Ash (RHA) in cement, concrete and mortar has been explored in diffe...
[EN] Rice husk ash is one of the most widely studied biomass ashes used in pozzolanic addition. Give...
Recently, incorporation of cement replacement material (CRM) in concrete has gained considerable at...
The rice husk is an agricultural waste which is obtained from milling process of paddy and approxima...
Waste incorporated in construction materials should be used, whenever possible, without processing i...
In the last decade, the use of supplementary cementing materials has become an integral part of high...