Research on agricultural wastes management, as a natural resource material, is state of the
art and desirable subject in many engineering subcategories. The benefits include ease of …

The utilization of industrial and agricultural by-products for the production of alkali activated
concrete (AAC) has the potential to yield significant benefits towards sustainability goals. To …

In this study, the effect of nano-silica (NS) and silica fume (SF) on workability, setting time,
compressive strength and microstructural properties of fly ash-ground granulated blast …

Rice husk ash is an agro-waste of rice milling industries produced more than 20 million tons
per annum globally, causing various environmental and public health issues. The first part of …

Currently, most countries are burdened with the high generation of plastic wastes and the
proper disposal of plastic wastes is a major challenge. On the other hand, to promote …

Rice husk ash (RHA) is obtained by burning rice husks. An advanced programming
technique known as genetic expression programming (GEP) is used in this research for …

Concrete is the most-used material in the construction industry, and the second most-used
after water. Cement is the main component of concrete. A total of 8% of global CO2 …

Geopolymer concrete (GPC) is a sustainable green concrete, replaces ordinary Portland
cement concrete prepared by activating aluminosilicate based industrial waste materials …

This paper investigates the novel effect of ultrafine rice husk ash (URHA) on the properties of
alkali-activated concrete. Rice husk ash was obtained as waste from biomass energy …

This study evaluates the long term (up to 365 days) durability properties (ie, absorption and
permeability properties) of a blended fly ash-rice husk ash (RHA) AAC and compares the …