The adverse consequences of producing ordinary Portland cement (OPC) on the environment have introduced production as fourth largest source anthropogenic carbon emissions after petroleum, coal, and natural gas. Managing reducing environmental concerns regarding impacts environment, namely depletion non-renewable fuel resources, consumption raw materials, releasing huge amounts CO2 into atmosphe...

Pastes of white Portland cement (wPC) and wPC-30 % pulverized fuel ash (PFA), -60 ground granulated blast furnace slag (GGBS), -30 or 60 inert filler (anatase-type TiO2) blends were prepared to investigate the dominant factors for morphological change outer product (OP) C-A-S-H gel in blended systems. The OP SCMs-blended cements changes its morphology from fibrillar-like mixed fine-fibrillar/fo...

Hydrothermally cured or autoclaved cement-based building products have provided many challenges to researchers, manufacturers, and users since their inception nearly 100 years ago. The advantages, including the development of high strength within a few hours and a reduction of drying shrinkage, of the hydrothermal curing process have resulted in a variety of building products; inevitably, the t...