Nanotechnology has been with us as a science since the first nanoscale features were
observed under a microscope. Nanotechnology is an emerging technology and one of the …

In the literature, there has been a lot of discussion over the compressive strength of concrete
made with high-calcium fly ash instead of cement. However, no research has been done to …

This study aimed to determine the effect of fly ash added to concrete with high calcium
content (C class) and different fineness on durability properties such as the alkali–silica …

(One) Background: Using textile waste materials in composites is a well-known problem and
is frequently addressed by various scientific teams. Most of this work concerns textile waste …

The advancement of agricultural mesh technology has contributed to its improved
properties. As a result, agricultural nets are widely adopted in large-scale farming …

This paper discusses the feasibility of using ultra-fine slag (US) and ultra-fine fly ash (UF) as
a silica fume substitute in ultra-high-performance concrete (UHPC). Initially, a control mix …

The utilization of Afşin-Elbistan fly ash (FA), which cannot be used in cement and concrete
industry in production of geopolymers, has been studied with some preliminary trials. In this …

While desalination-installed capacity is growing continuously, the number of membrane
elements being discarded from such facilities is growing at the equivalent rate due to the …

Red clay is widely utilized in anti-seepage projects due to its high water content, low
hydraulic conductivity, and high strength. However, saline intrusion has a detrimental impact …

This research work examines the effects of sawdust ash (SDA) and palm kernel shell ash
(PKSA) on the geotechnical properties of termite-reworked soil obtained from different rock …