欢迎来到南京林业大学木结构建筑系阙泽利教授工作室的主页！
Welcome to the homepage of Professor Que Zeli's Timber Structure Studio, Department of Timber Structural Architecture, Nanjing Forestry University!
工作室现有在职科研、教学人员5名，其中南京林业大学特聘海外教授2名，长期兼职（合作）研究人员5名。工作室常年在读博士、硕士、海外留学生近20名。
Professor Que Zeli's studio currently has 5 in-service research and teaching staff, including 2 overseas professors specially appointed by Nanjing Forestry University and 5 long-term part-time (cooperative) researchers. There are nearly 20 doctoral, master, and overseas students studying in the studio.
本工作室重点从事木结构建筑节点连接性能基础理论、木混结构体系的应用、基于BIM技术的装配式木结构设计、制作与安装一体化研究、先进木质复合材料、高性能复合木质材料、不同气候环境对木结构连接节点性能的影响、CLT节点连接设计、抗震木结构设计与示范、古建筑抗震机理等方面的教学、科研以及相关工程技术的开发与应用工作。
This studio focuses on the basic theory of the connection performance of timber structures, the application of wood-concrete structure systems, the design of fabricated timber structures based on BIM technology, the integration research of manufacturing and installation, advanced wood composite materials, high-performance composite wood materials, the different impact of climatic environment on the performance of timber structure connection joints, CLT joint connection design, earthquake-resistant timber structure design and demonstration, ancient building seismic mechanism and other teaching, scientific research, related engineering technology development and application work.
近五年来，承担国家自然科学基金、国家科技支撑计划课题、美国国际合作基金、日本国际合作基金10多项，各种省部级科研项目20多项，以及各种工程技术攻关和开发应用项目50余项。研究成果广泛应用于全国各地区的现代木结构、传统古建筑修缮、传统木构民居改造、景观建筑等工程建设，参与多项国际间、国家级、住建部重点工程或示范工程建设，取得了一系列有影响的科技成果和良好的经济与社会效益，赢得了社会和工程界广泛的好评，为国家的科学技术进步、高层次人才培养和经济建设做出了积极的贡献。
In the past five years, the studio has undertaken more than 10 national natural science funds, national science and technology support programs, more than 10 international cooperation funds from Japan, and more than 20 provincial and ministerial scientific research projects, as well as more than 40 various engineering and technological research and development and application projects. The research results are widely used in the engineering constructions of modern timber structures, traditional ancient building repairs, renovation of traditional timber dwellings, landscape architecture and other projects in various regions of the country. The studio has participated in the construction of key projects or demonstration projects at the international, national level, and the Ministry of Housing and Urban-Rural Development. It has achieved a series of influential scientific and technological achievements and good economic and social benefits. The studio has won wide acclaim from the social and engineering circles, and has made positive contributions to the country's scientific and technological progress, high-level talent training and economic construction.
近五年来，本工作室已获得省部级鉴定验收成果10余项，获得省部级以上科技与教学成果奖12项。已授权专利40项，发明专利9项，国际发明专利1项。公开发表学术论文100余篇，其中被SCI、EI收录40余篇，主、参编著作6部，英文原版书《wood in Civil Engineering》、《Sustainable Construction and Building Materials》2部，培养研究生20多人。主持或参与制定木结构标准6项，其中包括《木结构设计标准》（GB 50005-2017）、《装配式木结构技术标准》（GB/T 51233-2016）、《多高层木结构建筑技术标准》（GB/T 51226-2017）、《正交胶合木》等重要标准。
In the past five years, the studio has obtained more than 10 provincial and ministerial appraisal and acceptance results, and 8 provincial and ministerial-level technology and teaching achievement awards and also has authorized 40 patents, 9 invention patents, 1 international invention patent. The studio has published more than 400 academic papers, of which more than 150 were indexed by SCI and EI, 6 main and edited books, 2 original English books "Wood in Civil Engineering", "Sustainable Construction and Building Materials", and has trained more than 20 graduate students. The studio hosted or participated in the formulation of six timber structure standards, including "Standard for design of timber structures" (GB 50005-2017), "Technical standard for prefabricated timber buildings" (GB/T 51233-2016), and "Technical standard for multi-story and high rise timber buildings" (GB/T 51226-2017), "Cross laminated timber" and other important standards.
本工作室常年与美国 APA 工程木材协会、日本木材出口协会、加拿大不列颠哥伦比亚大学（University of British Columbia）、加拿大新不伦瑞克大学（University of New Brunswick）、英国巴斯大学（Bath University）、英国谢菲尔德大学（The University of Sheffield）、日本东京大学(University of Tokyo)、京都大学（Kyoto University）、广岛大学（Hiroshima University）、瑞士伯尔尼大学（University of Bern）等著名科研院所建立了长期、良好的合作关系，共同开展学术交流、科研项目联合申报、学生人才共同培养。
The studio has established long-term and good cooperative relationships with well-known research institutes such as American APA-The Engineered Wood Association, Japan Wood-Products Export Association, University of British Columbia, University of New Brunswick, Bath University, The University of Sheffield, University of Tokyo, Kyoto University, Hiroshima University, University of Bern, etc. and has jointly carried out academic exchanges, joint application of scientific research projects and joint training of student talents.
工作室欢迎结构工程、材料科学与工程、建筑学、力学等相关专业的有志青年报考。
The studio welcomes interested young people in structural engineering, materials science and engineering, architecture, mechanics and other related disciplines to apply for the exam.
长期招聘研究生、联合培养研究生、项目聘用人员
Long-term recruitment of graduate students, joint training graduate students, project staff
[研究方向]
1. 不同气候环境条件下对木结构建筑材料强度衰减、节点连结性能的影响；
2. 装配式木结构建筑设计、节点连接、性能评价；
3. BIM技术在木结构建筑中的应用；
4. 传统木结构建筑加固、修复技术研究；
5. 木结构连接节点性能、复合材料界面断裂特性、正交胶合木（CLT） 节点连接设计；
6. 相关木结构标准与规范制定
[research direction]
1. Influence on the strength attenuation of timber construction materials and the connection performance of joints under different climatic conditions;
2. Prefabricated timber structural building design, joint connection, performance evaluation;
3. Application of BIM technology in timber structures;
4. Research on strengthening and repairing traditional timber structures;
5. Timber structure connection performance, composite material interface fracture characteristics, cross laminated timber (CLT) joint connection design;
6. Formulation of related timber structure standards and specifications
岗位需求：攻读硕士、博士研究生学位研究生/联合培养研究生；项目聘用人员
Job requirements: Master's and doctoral degree graduate students / joint training graduate students; project staff
攻读研究生学位者：获得理科、工科的本科或硕士学位，通过全国硕士、博士研究生入学考试
（注：待遇按照南京林业大学研究生规定。另外根据个人表现年底有津贴。）
联合培养博士研究生：获得研究生本人导师同意，并与学校签订至少两年的联合培养协议。
项目聘用人员：获得土木工程、物理、材料、建筑学、或者相关专业的博士学位，有丰富的木结构有限元分析与实践者优先
（注：待遇按照南京林业大学规定，年底视个人能力有额外绩效津贴）。
Master or doctor degree candidate: a bachelor or master degree in science or engineering, passing the national master's or doctoral entrance examination (the treatment is in accordance with the regulations of Nanjing Forestry University for graduate students. In addition, there is a subsidy at the end of the year based on individual performance.)
Joint training of doctoral students: obtain the consent from graduate mentor and sign a joint training agreement with the school for at least two years.
Personnel employed in the project: PhD degree in civil engineering, physics, materials, architecture or related majors, rich in finite element analysis and practice of timber structures are preferred (the treatment is in accordance with the provisions of Nanjing Forestry University and additional performance allowances are given depending on individual capabilities at the end of the year ).
联系方式：
工作室负责人：阙泽利 教授
江苏省南京市龙蟠路159号
南京林业大学材料科学与工程学院4413室
办公室：025-85428205
移动：17602554322
Contact Details:
Person in charge of the studio: Professor Que Zeli
No.159 Longpan Road, Nanjing City, Jiangsu Province
College of Materials Science and Engineering, Nanjing Forestry University,China
Office:+86-25-85428205
MP:17602554322
Email: zelique@njfu.edu.cn
欢迎大家关注工作室微信号： NFUMJG， 或扫描下面的公众号
Welcome to pay attention to the studio WeChat: NFUMJG, or scan the public account below
