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烧结页岩墙体材料属于绿色节能墙材,但竖孔类烧结墙体材料砌筑时砂浆易掉落孔洞中,影响建筑节能,而横孔墙体材料可以有效解决此类问题。研究了一种新型9排横孔烧结页岩自保温砌块砌体的抗压性能,通过两组(共12个)砌块砌体的轴心抗压试验研究,分析砌体在整个过程中受力性能和破坏机理,提出了此烧结页岩横孔砌块砌体抗压强度计算的建议公式。根据试验中砌体的应力-应变曲线,分析并拟合得出此砌体的对数模型的应力-应变计算关系式。本文的研究为此类砌块的工程应用和研究提供了理论依据和参考。
The material of the sintered shale wall belongs to the green energy-saving wall material, but when the vertical hole type sintered wall material is masonry, the mortar can easily fall into the hole and affect the building energy conservation. The horizontal hole wall material can effectively solve such problems. The compression performance of a new type of self-insulating block masonry with 9 rows of cross-hole sintered shale was studied. Through the axial compressive tests of two groups of 12 masonry blocks, the masonry was analyzed during the whole process Mechanical properties and failure mechanism, the proposed formula for calculating the compressive strength of the masonry shale masonry is obtained. According to the stress-strain curves of the masonry in the experiment, the stress-strain relationship of the logarithm model of the masonry is analyzed and fitted. The research in this paper provides a theoretical basis and reference for engineering application and research of such blocks.