This open access book presents a comprehensive exploration of the challenges and innovations in designing and constructing taller timber buildings (TTBs). It brings together cutting-edge research on key aspects such as structural design, fire safety, and the environmental impact of timber construction. The work emphasizes a holistic approach, addressing not only the technical complexitieslike vibration-based assessments, seismic resistance, and long-term behaviorbut also integrating themes of circularity, adaptability, and sustainability. The insights shared in this book stem from the collaborative efforts of the COST Action HELEN (CA20139), a network dedicated to advancing knowledge on TTBs. HELEN combines expertise from multiple disciplines and aims to push the boundaries of timber construction, fostering innovative methodologies that improve the durability, resilience, and overall performance of timber buildings. Through these contributions, the book presents practical solutions and visionary frameworks for sustainable, multi-storey timber construction, aiming to shape the future of timber-based architecture in urban environments.

This book is open access, which means that you have free and unlimited access Suggests design approaches and technologies that can ensure optimal holistic design of taller timber buildings Identifies governance, financial and legal drivers, and barriers for a wider implementation of taller timber buildings Addresses the needs and requirements from different fields through a bottom-up approach

Inhalt

Introduction.- COST Action HELEN Holistic Design of Taller Timber Buildings.- Planning of Taller Timber Buildings - ULS & SLS design.- Vertical deformations in tall timber buildings: sources and in-field estimations.- Design of Timber Columns of Tall Timber Buildings with Consideration of the Long-term Behaviour.- Connections design and analysis: numerical, analytical and code-based methods.- High-Performance Connections.- Floor Design for Taller Timber Buildings.- Vibration-based serviceability and acoustic assessment of timber floors.- Vibration-based structural health monitoring of timber structures.- Wind design for tall timber buildings.- Vibration-based wind design provisions for tall timber buildings.