It is essential to determine the thermal conductivity and earthquake performances by developing earthquake-resistant building systems that have high thermal insulation properties that will be economical for people considering the need for energy deficit and low-cost earthquake-resistant residences in the world. This study aims to evaluate the seismic performance of pre-casted reinforced concrete shear wall systems with double layer high thermal resistance capability and compare to standard monolithic reinforced concrete shear wall systems with non-high thermal resistance capability. The coating material used for thermal insulation was developed as an inorganic, economical, easily applicable, high-fire resistance capable and not to cause the problems observed in the currently used products. In the research, new generation methods were used to reduce the unit weight of cement binder inorganic insulation material to low levels and provide high thermal resistance features. The seismic performance tests of the new double insulation layer, pre-casted reinforced concrete shear wall system were realized. The seismic performance of conventional reinforced concrete shear walls was compared with the developed system by testing lateral reversed cyclic loading that simulates the earthquake.

中文翻译：

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具有高耐热能力的预制钢筋混凝土剪力墙系统的滞回荷载行为

必须通过开发具有高隔热性能的抗震建筑系统来确定热导率和抗震性能，这对于考虑到世界上能源短缺和低成本抗震住宅需求的人们来说是经济的。本研究旨在评估具有双层高耐热能力的预制钢筋混凝土剪力墙系统的抗震性能，并与具有非高耐热能力的标准整体钢筋混凝土剪力墙系统进行比较。用于隔热的涂料被开发为一种无机、经济、易于应用、高耐火性且不会引起目前使用的产品中观察到的问题。在研究中，使用新一代方法将水泥粘合剂无机绝缘材料的单位重量降低到较低水平并提供高耐热特性。实现了新型双层保温层预制钢筋混凝土剪力墙体系抗震性能试验。通过测试模拟地震的横向反向循环载荷，将常规钢筋混凝土剪力墙的抗震性能与开发的系统进行了比较。