Graduation Project 3D Printing hydrophobic and ice-phobic concrete

Graduation Project SED

Loss of durability has always been a matter of concern in concrete structures exposed to severe weather conditions. Exposure to ice or snow, as an example, can cause freezing-induced damage, resulting in expansion and cracking. Superhydrophobic surfaces, which are typically icephobic (ice-repellent) can prevent water penetration in concrete, protecting the structure from damage. With this study, using different additives, we aim to develop a new concrete mix with hydrophobic properties, suitable for 3D printing.






Effect of water droplets on the surface of hydrophobic concrete (Invisishield, UK, 2019)


The contact for this job posting is Dr S. Lucas.