📄 New publication in Materials Today Communications!
Optimal calcination (750–850 °C) significantly improved pozzolanic reactivity and hydration of low- and moderate-kaolinite clays for low-carbon cement systems.
🔗 https://t.co/kZEMeD1Z6l
A small step towards an equitable world by introducing a worthy use of waste foundry sand!
If you are interested in free access to the article before 18 May 2023, please follow the below.
https://t.co/9j36ka20ye
@PSEPJournal#WasteFoundrySand#FoundrySand#SelfCompactingConcrete
Thrilled to share that our latest research, "Development of Low-Carbon Recycled Aggregate Concrete using Carbonation Treatment and Alccofine," has been published in the Energy, Ecology, and Environment journal.
Read the full article here: https://t.co/4ocIu5nlZB
Title: Durability studies on conventional concrete and slag-based geopolymer concrete in aggressive sulphate environment
🔗https://t.co/ipVcvrR4t8
🧱🌱Explore the durability of conventional concrete vs. slag-based geopolymer concrete in aggressive sulphate environments.
Just published my latest research article:
📖 Mechanical and Microstructural Properties of Fly Ash-Based Engineered Geopolymer Mortar Incorporating Waste Marble Powder
📰Journal: Energy, Ecology and Environment
🔗https://t.co/PIJtHXfdQS
🌍🔬 #Research#Science#AcademicLife
Honored to be Named Among the World's Top 2% Scientists for 2023 by Stanford University and Elsevier!
Grateful to my Institute and Collaborators for their invaluable support.
Check out the analysis here: https://t.co/839OdAlmSA
#TopScientists#ResearchExcellence#Gratitude
Copper slag and recycled aggregate in Geopolymer concrete: an initiative to reduce greenhouse gas emissions!
https://t.co/HamVTnNmr3
@Chenbinbnu@parveenjangra01
Our “4D nanoimaging of early age cement hydration” is published❤️👩🏻🔬
@NatureComms I was working really hard & dreaming so many years that you would call me “Shirani et al.”one day. It took so much time but it worth it🙏🏻