页岩模数多孔砖以页岩尾矿为原料采用高真空挤出成型一次码烧的生产工艺焙烧温度达到1150℃孔洞率达到35%以上可减少墙体的自重节约基础工程费用·与普通烧结多孔砖相比具有保温隔热轻质高强和施工高效等特点·是一种新型建筑节能墙体材料
为页岩模数多孔砖在实际工程中应用提出建议。
Suggestions are made for application of shale modulus porous brick to practical engineering.
本文首先进行了烧结页岩模数多孔砖砌体的轴心抗压试验研究和局部均匀受压的试验研究。
Firstly, the experimental studies of axial compression and local bearing of fired module perforated brick shale are done.
通过页岩模数多孔砖轴心受压试验，我们得到页岩模数砖轴心受压破坏的三个阶段以及开裂和破坏的情况。
In the experimental of perforated brick of shale, we get three phases of axial compression failure and state of cracking and failure.
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