EARTHQUAKE-RESISTING WALL AND CONSTRUCTION METHOD OF EARTHQUAKE-RESISTING WALL

PROBLEM TO BE SOLVED: To improve the earthquake-resisting performance of an earthquake-resisting wall while suppressing the increase of costs.SOLUTION: By a headed stud 140 projected in another out-of-plane direction provided on a steel form 130, stress is transmitted between a reinforced concrete wall 110 and the steel form 130. Further, by a post-construction anchor 120, the stress is transmitted between the reinforced concrete wall 110 and a column 12 and a beam 14. That is, the steel form 130 and the reinforced concrete wall 110 are integrated by the headed stud 140, and the reinforced concrete wall 110, the column 12 and the beam 14 are integrated by the post-construction anchor 120. Thus, since the steel form 130 functions as an earthquake-resisting element, the earthquake-resisting performance of an earthquake-resisting wall 100 is improved while suppressing the increase of costs. Also, in a range in which the earthquake-resisting performance is secured, the thickness of the earthquake-resisting wall 100 is reduced compared to the case that this invention is not applied.