CAJ | 학술논문

为进一步研究泡沫玻璃轻骨料在混凝土中的应用，本实验组在之前已完成的泡沫玻璃轻骨料混凝土的基础上将陶砂替换为玻化微珠进行混掺保温混凝土的正交试验，对影响该新型泡沫玻璃轻骨料混凝土的热导率和抗压强度的相关因素进行分析。分析结果显示，发泡剂水泥取得量是混凝土抗压强度与热导率最大的决定因素。但本实验仍需寻找一种新型相对高强度、低热导率的材料作为骨料，并学习成熟的加气混凝土制作技术，以此提高混凝土的抗压强度。
위진일보연구포말파리경골료재혼응토중적응용，본실험조재지전이완성적포말파리경골료혼응토적기출상장도사체환위파화미주진행혼참보온혼응토적정교시험，대영향해신형포말파리경골료혼응토적열도솔화항압강도적상관인소진행분석。분석결과현시，발포제수니취득량시혼응토항압강도여열도솔최대적결정인소。단본실험잉수심조일충신형상대고강도、저열도솔적재료작위골료，병학습성숙적가기혼응토제작기술，이차제고혼응토적항압강도。
To investigate the application of foam glass light aggregates in concrete further, based on the foam glass light aggregate concrete, the ceramsite is replaced with the expanded and vitrified small ball to take orthogonal tests of this late-model thermal insulation concrete. The factors affecting the conductivity and compression strength of foam glass light aggregate concrete were analyzed. The results show that the foaming agent-cement mass ratio imposes the most significant effects on the compression strength and con-ductivity. However, another late-model building material with high compression strength and low conduc-tivity shall be found as the aggregate, and the available aerated concrete shall be researched to improve the compressive strength.