2022.8.15 In this study, artificial aggregates based on alkali-activated technology were designed and manufactured, where fly ash (FA) and a blended sodium silicate/hydroxide solution were used as the precursor and activator, respectively.
Read More2020.11.6 The EU-funded SMARTSAND project developed Lypors™, an advanced engineered, artificial sand material manufactured from fly ash for use in the
Read More2023.10.19 Specimens are cast by adding fly ash at varying percentages like 10%, 15%, 30% and 40% by weight of cement and 100% artificial sand. The compressive
Read More2015.3.1 In this study, the influence of fly ash characteristics and pellets different processing techniques on the behavior of four different concretes based on artificial
Read MoreIn the current study, Light Weight Geopolymer Fly Ash Sand (LWGFAS) was evaluated as a potential alternative to natural fine aggregate. In the present investigation,
Read More2023.9.1 The main objective of this study is to develop artificial aggregates with M sand dust and fly ash by geo polymerization. The ratio of Fly ash to M Sand Dust
Read More2021.4.26 In the present work, artificial aggregates were produced using an alkali-activated cold-bonding pelletization process with a high-volume of red mud as the
Read More2021.9.4 Artificial light weight aggregates (ALWA) can be produced by process called pelletization, through which nodulizing the fly ash (FA) with the right amount of
Read More2021.1.1 In this research, 30% fly ash is kept constant as a partial replacement of cement and Natural river sand is replaced with waste foundry sand (WFS) in varying
Read More