（1 同济大学土木工程学院， 上海  200092；   2 华东建筑集团股份有限公司， 上海 200011；  3 上海装配式建筑技术集成工程技术研究中心， 上海 200011）

［摘要］预制装配式结构适应建筑工业化生产的要求，在建筑领域运用越来越广泛。叠合剪力墙结构吸收了现浇混凝土结构与预制混凝土结构的优点，整体性能良好。综述了国内外叠合剪力墙结构的试验研究进展，由于应用地区差异，国内外叠合剪力墙结构存在一些构造上的区别，而且国内外研究的侧重方向不同，因此研究内容差别较大。目前叠合剪力墙在国内的应用还受到一定的限制，在对叠合剪力墙的研究中还有一些关键问题尚需解决，这些问题集中在叠合面对整体性能的影响、水平连接节点抗剪机理、连接节点的构造创新、由纵向锚固钢筋受拉产生的钢筋滑移变形的影响等方面。

［关键词］叠合剪力墙结构; 研究现状； 叠合面； 水平连接节点； 锚固钢筋滑移

中图分类号：TU375文献标识码：A文章编号：1002-848X(2017)12-0078-11

Research status quo and key issues in superimposed shear wall structure

Yang Lianping1,2, Yu Shaole1, Zhang Qilin1, Cui Jiachun2，3

（1 College of Civil Engineering， Tongji University，  Shanghai 200092， China; 2 Arcplus Group PLC, Shanghai 200011, China；  3 Shanghai Engineering Research Center of Assembly Building Technology Integration, Shanghai 200011, China）

Abstract:Prefabricated assembly structure adapts to the requirements of industrial production, and it is more and more widely used in the construction field. Superimposed shear wall structure absorbs the advantages of the cast-in-place concrete structure and the prefabricated concrete structure, its overall performance is good. The experimental research progress of the structure of superimposed shear walls at home and abroad was studied. Due to the differences in application regions, there are some structural differences in the structure of superimposed shear walls at home and abroad, and the focuses of research are different. At present, the application of the superimposed shear walls in China is also limited. There are still some key problems in the study of the superimposed shear walls to solve. These problems focus on the influence of the adhesive interface on overall performance of the structure, horizontal connection shear mechanism, structural innovation of the connection, and the influence of the steel slip deformation caused by the longitudinal anchored bars.

Keywords:superimposed shear wall structure; research status quo; adhesive interface; horizontal connection; slip of anchored bar

*上海市青年科技启明星计划资助（17QB1400200）。

作者简介：杨联萍，博士，教授级高级工程师，博士生导师，Email: lianping_yang@xd-ad.com.cn。