The carbon emission emergy factor (Em-CEF) model is applied to evaluate the carbon
emissions associated with the traditional concrete production method, fly ash concrete …

Research has focused on creating new methodologies such as supervised machine
learning algorithms that can easily calculate the mechanical properties of fiber-reinforced …

In this study, a wide-ranging life cycle assessment and multi-criteria analysis for close-loop
cycling of concrete are conducted. Considering six performance keys in the technical …

Engineering products' sustainability has changed from being a choice to a crucial
requirement. In this study, the impact of employing 20% fly ash (FA) and/or 12% silica fume …

The study herein presented was conducted with the aim of developing a new lightweight
aggregates concrete (LWAC) and a new ultra-high durability concrete (UHDC), both with low …

This extensive study conducted a thorough life cycle assessment of a closed-loop of
recycling concrete by considering six vital criteria encompassing technical aspects (short …

The global concrete and construction industry's growth has led to a shift in priorities, with a
greater emphasis placed on sustainability. Hence, with technological advances, the …

Abstract High Volume Fly Ash (HVFA) merupakan inovasi beton dengan menggunakan Fly
ash dengan volume tinggi minimal 50% sebagai pengganti semen. Beton HVFA mempunyai …

This paper describes a new technique to produce SCC after adding GGBFS and FA used as
a partial replacement of Cement. SCC has GGBFS and FA in the range of 10%, 20% and …

To advance the use of industrial solid waste and recycled concrete, this study explores the
impact of fly ash and slag powder on the mechanical properties, freeze–thaw resistance …