The ReWire research group has published two open-access scientific papers based on research conducted within the project.
The first study Comparative study of natural and accelerated ageing of basalt fibres under alkaline and mildly acidic condition, published in Case Studies in Construction Materials, investigates how basalt fibres behave over time in different cement environments. The research shows that harsh alkaline conditions can significantly accelerate fibre degradation, while also demonstrating that accelerated laboratory testing can reliably predict long-term performance—helping engineers assess material durability more efficiently.
The second paper Assessing the Role of Recycled Tyre Polymer Fibres (RTPFs) on the Key Hydration Processes Governing Autogenous Shrinkage explores the use of recycled tyre polymer fibres (RTPFs) in cement pastes. The findings reveal that these fibres can reduce autogenous shrinkage—a common cause of early-age cracking—by influencing hydration and moisture movement within the material. At the same time, the study highlights important trade-offs related to workability and strength, providing valuable insights for developing more sustainable construction materials.