Sustainable Reuseable Timber-Concrete Composite Structural Flooring System

Abstract

The objective of this study is to enhance the reusable performance and efficiency of timber-based composite floor systems. To this end, a comprehensive investigation is conducted into combinations of various composite materials and the numerous types of connections that can be used to create these systems. This paper presents the overarching structural design concept, accompanied by the results of manufacturing research. Its primary objective is to offer a preliminary understanding of the ongoing structural research endeavors. The objective of the studies is to develop application-optimized multi-layered structural composite floor systems, with a special focus on the joint design of the various connection types between the coupled composite layers. The extent of interrelationships in the development of complex optimized system solutions can be shown, taking into account structural, economical, and resource efficiency on overall component level. Furthermore, the study aims to derive design criteria that are instrumental in the implementation of composite floor systems. The findings of the research project are poised to present successful technical solutions and concepts for reuse and recycling in timber construction.