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Technology of Manufacturing Connections on Steel Rods Glued into Wood

机译:钢棒上的制造连接技术粘成木材

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In modern construction,glued wood is used mainly by Scandinavian countries,Canada,the USA and Russia.It is rational to use glued wood not only in low-rise housing construction,but also as supporting and protecting structures of large-span public buildings.Large-span glued wooden structures have become popular in modern construction and are widely used for public buildings with spans of 18 meters or more.In the practice of building Western countries with significant reserves of wood,sports facilities,exhibition halls,cinemas and other entertainment buildings are being built from glued wood.According to the condition of transportation,a lengthy beam,frame or truss must be made of two or three elements,and then connected at the construction site into a single structure.The use of mechanical fasteners in the form of bolts is not always possible due to significant compliance,including due to thermal expansion of the metal in a harshly continental climate,for example,in Kazakhstan and under fire safety conditions,when metal parts quickly lose their bearing capacity.Significant deformations occurring in the nodes can cause a redistribution offerees in the elements and as a result lead to the destruction of the structure.To create a durable rigid joint of glued wood constructions,the joints on the reinforcing rods glued under the inclinations to the fibers are used,which,as practice shows,ensure high reliability,durability and low compliance.This article discusses the technology of gluing reinforcing rods into wood to solve large-span structures and their welding.On the basis of experimental scientific studies,the sequence of the necessary technological processes for obtaining a durable,reliable and high-quality glue joint between the rod and wood and the possibility of welding the reinforcing rods glued to the wood with a connecting piece are shown.In this study,various variants of the joints of maple structures,where it is possible to use the welding of its elements,are carried out.
机译:在现代建筑中,胶合木材主要由斯堪的纳维亚国家,加拿大,美国和俄罗斯使用。它不仅适用于低层住房建设,也适用于低层住房建设,而且是大跨度公共建筑的支持和保护结构。大跨度胶合木质结构在现代建筑中变得流行,广泛用于公共建筑,跨越18米或以上。在建立具有重要木材,体育设施,展览馆,电影和其他娱乐的大量储量的西式的实践建筑物是由胶纺木材建造的。根据运输的条件,较长的梁,框架或桁架必须由两三个元素制成,然后在施工现场连接到单一结构。使用机械紧固件由于显着的合规性,螺栓的形式并不总是可能的,包括由于金属的热膨胀,例如在哈萨克斯坦和哈萨克斯坦消防安全条件,当金属部件迅速失去轴承能力时。节点中发生的义务变形可能导致元素中的再分配措施,结果导致结构的破坏。为胶合木结构进行耐用的刚性接头,使用加强棒上的接头,随着实践表明,确保高可靠性,耐用性和低遵守情况。这篇文章讨论了胶合加强杆进入木材的技术,以解决大跨度结构及其焊接。在实验科学研究的基础上,在杆和木材之间获得耐用,可靠和高质量的胶结接头的必要技术过程的顺序以及用连接件粘合到木材上的焊接钢筋的可能性显示。本研究中,枫木结构的关节各种变体,可以使用其元素的焊接,是c到了。

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