ABSTRACT
In engineered wood products (EWPs), the inclusion of adhesives and metal fasteners is essential. However, adhesives, being petroleum-based, can result in the emission of harmful gases, and the presence of metal fasteners can hinder the reusability of these products. These considerations give rise to significant inquiries concerning the sustainability and ecological repercussions of EWPs. Consequently, there is a need for an alternative solution that relies solely on solid and pure wood, eliminating the need for adhesives and metal connectors. This solution is provided by dovetail massive wood board elements (DMWBEs). Despite an abundance of existing studies in the literature exploring the technical, environmental, and financial aspects of DMWBEs, there 204is a dearth of research specifically assessing their technical performance. The primary objective of this chapter is to fill this research gap by presenting a range of structurally sound design solutions for lateral load-bearing elements in the construction of multistory buildings, employing architectural modeling programs. The suggested arrangements are grounded in a theoretical methodology, considering modern construction methodologies instead of relying solely on structural or mechanical models. Following this design phase, further research will be conducted, including technical performance tests, to evaluate the capabilities of DMWBEs. It is anticipated that this chapter will contribute to the wider promotion, adoption, and application of DMWBEs in pioneering architectural and structural contexts, specifically in the construction of multistory timber buildings.
