CAJ | 학술논문

采用正交试验方法对建筑垃圾生产保温砌块的配合比进行试验研究，确定建筑垃圾保温砌块的最佳配合比，利用有限元分析软件Ansys对砌块孔型进行优化，并试生产了以建筑垃圾、陶粒、粉煤灰、水泥、XPS板为原材料的复合保温砌块，并对砌块的力学性能和墙体热工性能进行了测试。结果表明，建筑垃圾复合保温砌块强度达到MU3.5以上，砌块墙体传热阻达到1.63（m2·K）/W以上，满足江苏寒冷地区居住建筑外墙传热阻限值的要求。
채용정교시험방법대건축랄급생산보온체괴적배합비진행시험연구，학정건축랄급보온체괴적최가배합비，이용유한원분석연건Ansys대체괴공형진행우화，병시생산료이건축랄급、도립、분매회、수니、XPS판위원재료적복합보온체괴，병대체괴적역학성능화장체열공성능진행료측시。결과표명，건축랄급복합보온체괴강도체도MU3.5이상，체괴장체전열조체도1.63（m2·K）/W이상，만족강소한랭지구거주건축외장전열조한치적요구。
In order to determine the optimal mix-ratio of the building waste insulation block ,lots of experiments have been carried out by the means of orthogonal experiment.While the hole pattern of the block is optimized by the finite element analysis software Ansys.After optimal mix-ratio and hole pattern confirmed,compound insulation blocks using building waste,ceramsite,fly-ash,cement,and XPS plate have been produced.Then the block's mechanics properties and wall's thermal performance have been tested.The results show that com pressive strength of the compound insulation block can be above MU3.5 and the thermal resistance of the wall can reach 1.63(m2·K)/W which can meet the limited value of the residential building in Jiangsu cold region.