PROBLEM TO BE SOLVED: To provide a S-beam RC earthquake-resistant wall structure in which costs are reduced by reducing the weight of steel frames, general concrete easy to manage is available as material for an earthquake-resistant wall, and a sufficient seismic performance is presented and the construction of which is facilitated.;SOLUTION: A beam 13 is comprised of H-shaped steel and configured by having a shear reinforcing bar 33 welded to the beam 13 as a beam connection reinforcing bar for connecting an earthquake-resistant wall 14 to the beam 13 and not having a reinforcing bar for connection to a pole 12. A plurality of bearing pieces 17 are disposed at predetermined intervals in a beam axis direction and buried in concrete of the earthquake-resistant wall 14 and have bearing faces 17a approximately orthogonal to the beam axis direction. The plurality of bearing pieces 17 are joined integrally to the beam 13. Therefore, the bearing piece 17 is functioned as a beam axis direction resistant element, and lateral forces are transferred not only to an end face of the earthquake-resistant wall 14 abutted to the pole 12 but also to an upper part of the earthquake-resistant wall 14 abutted to the bearing piece 17.;COPYRIGHT: (C)2013,JPO&INPIT
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