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Experimental Study on the Tensile Strength and Linear Expansion Coefficient of Air Tunnel Terrazzo Surface

机译:空气隧道水磨石面抗拉强度和线膨胀系数的试验研究

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At present, studies on the surface tension of air tunnel terrazzo under wind load and how regularly it is affected by temperature are relatively less, and the measured results of the thermal expansion coefficient of terrazzo have not yet been given. In this paper, based on the top terrazzo surface structure of the inner wall of the wind tunnel, the tensile performance tests of terrazzo surface layer are conducted, while the thermal expansion coefficient of the six terrazzo test blocks were tested. The tests and analysis show that the construction of terrazzo surface, based on the proposed construction process, can effectively guarantee the reliable cement performance for the binding layer between mortar and concrete base layer, terrazzo surface layer and the cement mortar layer. And the thermal expansion coefficient of terrazzo can be valued at 1.06e-5/ºC.
机译:目前,风洞水磨石在风荷载下的表面张力及其受温度影响的规律性研究相对较少,水磨石热膨胀系数的测量结果尚未给出。本文基于风洞内壁的顶部水磨石表面结构,进行了水磨石表面层的拉伸性能测试,同时测试了六个水磨石试块的热膨胀系数。试验和分析表明,在提出的施工工艺基础上,水磨石表面的施工可有效保证砂浆与混凝土基础层,水磨石表面层和水泥砂浆层之间的粘结层的可靠水泥性能。水磨石的热膨胀系数可以达到1.06e-5 /ºC。

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