Rheological and physico-mechanical investigations on the destabilization of unfired clay bricks with almond husk additive by salt
In the aim of enhancing unfired clay bricks' strength, waste materials incorporation gains
huge interest among researchers. In this context, various methodologies are extensively …
huge interest among researchers. In this context, various methodologies are extensively …
A Review of Ecofriendly Brick Production: Exploring the Use of Fly Ash and Industrial Waste in the Construction Industry
The paper investigates the global reliance on bricks as a primary construction material,
compared with the diminishing availability of natural resources for producing traditional …
compared with the diminishing availability of natural resources for producing traditional …
Addition of spent coffee grounds and waste glass to enhance the physical–mechanical and thermal properties of fired clay bricks at reduced temperatures
This study aimed to investigate the potential utilization of spent coffee grounds (SCG) and
waste glass (WG) as viable additives to enhance the physical, mechanical, and thermal …
waste glass (WG) as viable additives to enhance the physical, mechanical, and thermal …
Characterization of a Moroccan stevensite for future valorization in the cosmetic field
ME Khalfaouy, M Belghazdis… - AIP Conference …, 2024 - pubs.aip.org
The severity of climate change in the world requires the search for more environmentally
friendly and recyclable natural resources to improve their performance and expand their …
friendly and recyclable natural resources to improve their performance and expand their …
[PDF][PDF] Strength of Unfired Clay Bricks with Almond Husk Additive in Relation to Surface Porosity Based on a Quantification by SEM Images Analysis
Aiming to reduce the resources invested in the laboratory assessment of unfired clay bricks
incorporating natural wastes as additives, this paper proposes an evaluation of the surface …
incorporating natural wastes as additives, this paper proposes an evaluation of the surface …