In the graduation thesis are presented large finger joints. Large finger joints are glued timber joints, used for connecting wooden elements, usually glulam beams. Frequently this kind of joints connect corners of three – hinged frames, used for building prefabricated timber structures with spans up to 40 m. In comparison with mechanical joints, glued joints are cheaper and they have excellent load – carrying capacity, but poor ductility. I have installed large finger joints in the glulam frame structure, that is figment of my imagination, used for sports activities. In the graduation thesis is also presented design of large finger joints according to current standards Eurocode and according to old DIN standards, with the purpose of comparing the design procedures. I have made a tool in Microsoft Excel for calculating load – carrying capacity of direct and insert type of large finger joints in frame corners and large finger joints at straight beams of constant height. The tool was made with Microsoft Visual Basic for Applications program, which is a development tool build in Microsoft Excel. At the end of the graduation thesis there are examples and a research about which parameters affect load – carrying capacity of large finger joints.
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机译：在毕业论文中提出了大手指关节。大指关节是粘合的木材关节，用于连接木制元件，通常是胶合木梁。通常，这种接缝连接三个铰接框架的角，这些铰链框架用于建造跨距最大40 m的预制木结构。与机械接头相比，胶合接头价格便宜，并且具有出色的承载能力，但延展性较差。我在胶合木框架结构中安装了大型手指关节，这是我的想象力，用于体育活动。在毕业论文中，还介绍了根据现行标准Eurocode和旧的DIN标准进行的大型指关节的设计，目的是比较设计过程。我已经在Microsoft Excel中制作了一个用于计算负载的工具-框架角中的直接和插入式大指关节承载能力以及恒定高度的直梁上的大指关节承载能力。该工具是使用Microsoft Visual Basic for Applications程序制作的，该程序是Microsoft Excel中的开发工具。在毕业论文的末尾，有示例和研究了哪些参数影响大手指关节的负荷-承载能力。
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