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Eurocode 6 - Design of Masonry Structures Proposed Change in EN 1996-1-1/ Nov 2005, Annex C: clause (6)

机译:欧洲规范6-EN 1996-1-1 / 2005年11月,附件C:第(6)条中建议的砌体结构设计变更

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摘要

In the design of masonry buildings, it is required to calculate the eccentricity of the vertical force in load bearing walls. As a background to this seemingly simple problem, solutions stemming from the wide variety of materials for masonry, in structural combinations with other components, are discussed, using a modified linear analysis or other simplified analyses in the calculation. The specific choice of method is considered.rnFor a common, and uncomplicated, masonry structure "A simplified method for calculating the out-of-plane eccentricity of loading on a wall" is given in Annex C (informative), included in the code. The authors anticipate that Annex C will be widely used, thanks to its simplicity. The present paper deals in detail with clause (6) of Annex C. The theoretical background to the governing Equation (C.1) is elaborated. Also, the effects of the various parameters on the calculated eccentricities are illustrated in several cases. Some related approaches are also mentioned.rnA change of clause (6) is proposed, to avoid a jump in the chain of thoughts within the Annex C, including limitations in the clause to avoid unrealistic eccentricities.
机译:在砌体建筑的设计中,需要计算承重墙中垂直力的偏心率。作为这个看似简单的问题的背景,讨论了源自多种砌体材料的解决方案,以及与其他组件的结构组合,并在计算中使用了改进的线性分析或其他简化的分析方法。对于普通而简单的砌体结构,“附件C(资料性)中给出了一种用于计算墙面荷载的平面偏心率的简化方法”的通用且简单的砖石结构。作者期望附件C由于其简单性而得到广泛使用。本文详细讨论了附件C的第(6)节。阐述了控制方程(C.1)的理论背景。此外,在几种情况下,还显示了各种参数对计算的偏心率的影响。还提到了一些相关的方法。建议对第(6)款进行更改,以避免附件C中的思想链出现跳跃,包括对该条款的限制以避免不切实际的怪癖。

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  • 来源
    《Masonry international》 |2009年第3期|53-58|共6页
  • 作者

    B.G. HELLERS; S. SAHLIN;

  • 作者单位

    KTH Dept. of Civil and Architectural Engineering, Stockholm, Sweden;

    KTH Dept. of Civil and Architectural Engineering, Stockholm, Sweden;

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  • 正文语种 eng
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