Investigation of Textile Reinforcement for 3D Concrete Printing Applications

3D concrete printing technology is a rapidly growing automation method that could transform the construction industry. However, using 3D concrete printing for large-scale structures is challenging because of the difficulty in providing steel rebars. This thesis explores the potential of using high-strength, easily formable, and non-corrosive textile reinforcements like glass, carbon and basalt in 3D concrete printed structures. Textile reinforcement not only enhances the strength of 3D printed structures but also makes it easier to create complex and architecturally appealing shapes. Additionally, these slender, aesthetically pleasing textile-reinforced 3D concrete printed structures reduce the carbon footprint, promoting sustainable construction.