Research Topic - School of Engineering (SOE)
The below project is open for application until 30 September 2025.
Enhancing Climate Resilience and Sustainability in Reinforced Soil Structures Using Advanced Wicking Geotextile Solutions for Improved Moisture Management and Soil Stability
This research investigates the enhanced moisture management and stability provided by wicking geotextiles, which incorporate absorbent yarns into high-strength polyester fabrics. By improving in-plane drainage, wicking geotextiles reduce rainwater infiltration, capillary rise, and moisture-related deformation in reinforced soil structures. Key benefits include the use of in-situ soils, lower carbon emissions, and better bonding with backfill, making them ideal for climate-resilient, sustainable construction. Through lab models and real-world testing, this study aims to validate their effectiveness in controlling moisture and improving soil slope stability, advancing ESG goals and resilient infrastructure development.
Main Supervisor (Malaysia): Dr. Vivi Anggraini
Associate Supervisor (Malaysia):Dr. Euniza Jusli
Associate Supervisor (Australia): Professor Abdelmalek Bouazza