文章基本信息

标题：Structural Planning of Long-span Hanok Considering Lateral Loads
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作者：Yeong-Min Kim
期刊名称：Lecture Notes in Engineering and Computer Science
印刷版ISSN：2078-0958
电子版ISSN：2078-0966
出版年度：2018
卷号：2235&2236
页码：690-694
出版社：Newswood and International Association of Engineers
摘要：In this research, structural planning of long-span Hanok considering lateral loads has been studied. Hanok is a Korean traditional timber house, the structural members of which are mainly comprised of timber. The long-spanning of Hanok can be considered by two types, that is, beam direction and dori direction. Beam direction is related to depth, and dori direction is related to width of Hanok. In general, beam is subjected to concentrated load, on the other hand, dori is subjected to distributed load. Therefore, beam direction is more sensitive to long-spanning than dori direction. Hanok has various appearance types in elevation, that is, single storied, two-storied, partly two-storied, double storied, two-storied castle gate, two-storied palace gate, multi-storied pagoda, and so on. And Hanok has various appearance types in plan, that is, linear type, L type, C type, closed type, and so on. If Hanok is subjected to lateral loads, such as wind load or seismic load, both the elevation and plan irregularities can cause irregular lateral movement, that is, torsional movement. To prevent torsional movement and secure the safety of Hanok, three design methods can be applied, that is, seismic resistant design, vibration control design and seismic isolation design. In this research, the schematic structural planning approaches for long-span Hanok against lateral loads have been studied and presented.
关键词：Hanok; lateral loads; structural planning;; long-span