16-07-2024
"As part of my research, I successfully developed high-strength pervious concrete that maintains excellent permeability. This concrete was made using a blended binder where Portland cement was replaced with a wide range of pozzolanic materials, including fly ash and Ground Granulated Blast-furnace Slag (GGBS), achieving a compressive strength circa 42 MPa, indicating it is very strong and can support heavy loads such as vehicles and heavy machinery.
"This innovative concrete represents a significant advancement in sustainable construction materials. It has numerous applications for modern infrastructure development such as in roads, parking lots, stormwater drainage systems, flood control, and enhancing groundwater recharge. It offers a sustainable solution that combines structural strength with environmental benefits.
"Completing my PhD at the University of South Wales was an enriching experience. The supportive faculty and access to advanced facilities played a crucial role in my research success. A standout moment during my studies was testing the pervious concrete in real-world conditions and observing its excellent performance.
"Earning my PhD has significantly boosted my professional credentials, opening up new opportunities in the construction industry. It has also equipped me with the knowledge and confidence to innovate and lead in my field.
"Since graduating, I am now managing a general contracting company with significant contracts. My goal is to continue applying my research to develop and implement sustainable construction solutions."
Engineering Research and Innovation Group
17-07-2024
16-07-2024
15-07-2024
15-07-2024
04-07-2024
04-07-2024
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