植物纤维单块土坯抗压试验研究

英文篇名：Experimental Research on Compressive Strength of Straw Fiber Adobe
中文刊名：建筑科学
英文刊名：Building Science
作者：外力·艾比不拉 ; 阿肯江·托呼提 ; 哈斯亚提·哈里丁 ; 卡米力·外力
英文作者：Vali HABIBULLA ; Akenjiang TUOHUTI ; Hasiyet HALIDING ; Kamil VAL(College of Architecture Engineering ; Xinjiang University ; Urumqi 830047 ; China)
中文关键词：土坯强度 ; 麦秸秆 ; 荷载—位移曲线
英文关键词：adobe strength ; straw ; load-displacement curve
出版日期：2012-05-20
机构：新疆大学建筑工程学院;
年：2012
期：05
出版单位：建筑科学

摘要

通过对同尺寸的单块素土坯及掺和麦秸秆的单块土坯的各向抗压试验获得了素土坯和掺和麦秸秆土坯的抗压强度及受力破坏形态,总结了单块土坯抗压试验的试验过程及试验现象。得到荷载—位移曲线后,评估掺和麦秸秆对土坯抗压承载能力的影响及得出了麦秸秆的最优掺量。掺和适量的麦秸秆能提高土坯的抗压强度及应变能力。从本试验研究得出的结果,为土坯砌体试验和土坯墙片试验提供基本力学性能数据。
Through the compressive test of adobe and straw fiber adobe with same size,the compressive strength and failure mode of adobe and straw fiber adobe are obtained,at the same time,the process and phenomenon of the experiment are summarized.After the load-displacement curve is gained,the influence of the straw fiber on the adobe compressive load-bearing capacity is assessed and the optimum usage of straw fiber is obtained.Blend of right amount straw fiber can improve the compressive strength and strain capacity of the adobe.These are the basic data for the adobe masonry and adobe wall experiments.

引文

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