ABSTRACT
This paper explores the current possibilities for reusing structural timber, emphasizing the importance of combining reuse assessments with a dismantling protocol. By testing both visual and mechanical evaluation methods, the study investigates how effectively structural properties can be retained in reclaimed timber elements while accounting for reuse-typical anomalies. These anomalies present unique challenges to structural integrity assessments and require careful documentation. Additionally, the research introduces a traceability framework to record dismantling, storage, and transport stages, preserving information on prior use, dismantling method, and any damage. This structured approach enhances risk management and builds confidence in reusing timber for new applications. Findings suggest that visual grading, when combined with traceability and selective testing, can provide an efficient, case-specific solution to reusing timber in construction while minimizing the need for extensive testing. This protocol offers a promising foundation for expanding sustainable timber reuse practices.
