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Multi-storey, multi-bay buildings with composite steel-deck floors under human-induced loads: The human comfort issue

机译:人为荷载下多层钢制复合地板多层楼房建筑:人类舒适性问题

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摘要

Inadequate dynamic response of steel and concrete composite floors lead to comfort problems when human rhythmic activities are carried out. The major aspects governing this problem are discussed in this paper. Structural models representative of common buildings were loaded with two dynamic load models, and an evaluation of their behaviour focusing on the numerically predicted peak accelerations carried out. Their critical analysis and comparison to limiting values proposed in the literature allowed to establish conclusions concerning the suitability of this structural solution, and the influence of the span and load pattern when the issue of annoying vibrations is dealt with.
机译:当进行人的有节奏的活动时,钢和混凝土复合地板的动力响应不足会导致舒适性问题。本文讨论了解决此问题的主要方面。代表普通建筑物的结构模型被加载了两个动态载荷模型,并对它们的行为进行了评估,重点是对数值预测的峰值加速度进行了评估。他们对文献中提出的极限值进行了批判性分析和比较,从而可以得出有关该结构解决方案的适用性以及在处理烦人的振动问题时跨度和载荷模式的影响的结论。

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