Seismic Performance Test of Double-Row Reinforced Ceramsite Concrete Composite Wall Panels with Cores

The research objective of this study was the seismic performance double-row reinforced ceramsite concrete sandwich wall panels. feasibility upgrading a new panel from non-load-bearing partition to load-bearing examined by conducting cyclic load tests on five specimens. test piece thermal insulation structure that could achieve good protection distance between material and fire source so prevention problem be solved. At same time, easy fall-off system also specimens were divided into three groups, including panels with different dosages alkali-resistant glass fiber, ordinary panel, solid ceramic wallboard. effects construction forms, bearing side plate materials investigated separately for From analysis specimen results (damage characteristics, hysteresis curves, energy dissipation capacity, ductility, longitudinal reinforcement strain, stiffness degradation), it seen among types wallboard, 0.3% fiber content had best ductility capacity. Adding solve or improve low ultimate capacity as wallboard’s material. Compared size slightly reduced. However, additional indexes relatively superior. Through results, shown that, when considering prospects engineering applications.