Abstract

Building with wood and engineered wood materials are now getting more worldwide popularity as one of the preferred and sustainable solutions for the future generation of building construction. Through innovative combination of wood and mechanical fastening techniques, engineered wood materials can be used as key structural element as it not only helps to decrease carbon dioxide emission and increase carbon stock in timber structures for longer period, it can be built cleaner, quieter and significantly faster than its counterparts such as concrete and steel structures. Due to its long established research record, glue laminated timber (Glulam) frame structures will be the focus in this lecture. By first giving a brief historical overview of the invention of modern Glulam, the general material properties and contemporary applications of glulam will be introduced. Finally, key research findings will be shared on the proper building of high performance glulam frame structures.

作为未来建筑业的首选和可持续发展的解决方案之一，使用木材和复合木制品已逐渐广受全球的瞩目。通过木材和机械紧固技术的创新结合，复合木制品可以成为未来营建业中关键的结构元素。因为它不仅有助于减少二氧化碳的排放和增加木材结构中的碳储量，而且相较于混凝土和钢结构等同类营建工法，复合木制技术更清洁、更安静，整体工期也较短。由于胶合木（Glulam）框架结构的相关研究较为成熟，因此本次讲座的重点将着重于胶合木的相关议题。首先，将对现代胶合木的发明进行简要的历史概述，然后介绍胶合木的一般材料特性和当代常见的应用方式。最后，将分享关于如何正确建造高性能胶合木框架结构的主要研究成果。

Speaker Bio

Professor Kohei Komatsu is a renowned international specialist in the field of timber engineering for more than 40 years. Graduated with a PhD in Agriculture from the Kyoto University, Prof. Komatsu began his research career at the Hokkaido Forest Products Research Institute and the Forest Research Institute in New Zealand, followed by Senior Research Scientist and later promoted as the Head for the Laboratory of Engineered Timber Joints for the Forestry, Forest Products Research Institute (FFPRI) at Tsukaba. Prof. Komatsu then joined the Kyoto University in 1996 as Associate Professor for the Laboratory of Structural Functions of the Wood Research Institute and was later appointed Professor and Head of the Laboratory of Structural Functions, RISH. After his retirement from the Kyoto University in March 2013, Prof. Komatsu was invited as Visiting Professor of Taiwan Cheng Kung University for one year and later was appointed as the Distinguished Professor of Nanjing Forestry University in 2015. An active member of many building-related Societies and technical committees, Prof. Komatsu was the Editor-in-Chief for the SCI-indexed Journal of Wood Science and reviewer for more than ten internationally peer-reviewed SCI journals such as Construction and Building Materials and Engineering Structures. Over the years, Prof Komatsu has published over 200 high-quality academic papers and reviews in journals, books and conferences, and was also the editor and contributor for several important Japanese timber engineering manuals and technical guides (such as the “Standard for Structural Design of Timber Structures”, “Fundamental Theory of Timber Engineering” and “Design Manual for Engineered Timber Joints”). Prof Komatsu was awarded “The 31st Japan Wood Research Society Award” in 1991 and the “Hideo Sugiyama Award” from the Japan Timber Engineering Society in 2005.

小松幸平教授为京都大学农学博士，历年来曾任职于新西兰林产研究所木构造实验室、日本北海道林业试验所及日本农林渔业部林产研究所木构造研究，并于2004年开始担任日本京都大学生存圈研究所（RISH）构造机能研究室之主持人，迄今具有40 逾年之木构造研究经验。小松教授于2014年正式卸下京都大学的教职工作后，并以荣誉教授的身份持续他热爱的科研工作。同年，他担任中国台湾成功大学客座教授一年并于2015年受聘为南京林业大学特聘教授三年。迄今，小松教授已发表与出版高水平学术论文及论著200逾篇，主编日本《木质构造设计》、《木质构造基础理论》、《木质构造接合部设计手册》等专业论著和教材多部，并分别于1991 年与2005年荣获“日本杉山英男奖”与“日本木材学会奖”。小松教授曾任职国际权威SCI 国际期刊Journal of Wood Science主编，至今任职多个国内外学术专业单位，例如，日本木材研究学会会员、日本建筑综合试验所评价委员、Construction and Building Material、Engineering Structures等近十家国际土木结构领域期刊主审以及中国《林业工程学报》海外委员。