To provide a skeleton structure of a wooden building, which enables the performance of an economical design saving the number of members and that of joints while ensuring dimensional accuracy, by employing a column-beam joint structure depending on a permanent load acting on a building, and which can enhance the utilizability of a space in the building by employing a column with a nonrectangular cross section such as a T-shaped cross section.
This skeleton structure 1 of the wooden building includes a rigid-framed structure in which a joint between the column 2 and a beam 3, composed of a wooden member, is constituted as a rigid joint. In the rigid-framed structure, a joint, which hardly bears the long-term load, employs a rigid frame with the column, and a joint, which greatly bears the long-term load, employs a rigid frame with the beam. In the column 2, column units with a rectangular horizontal cross section are combined together in such a shape as to have a T-shaped, L-shaped, or cross-shaped horizontal cross section.
KAWAHARA SHIGEAKI
SHIMIZU TAKESHI
