where P is the destructive load, MH; Y - the correction factor; t - the sample width, m; H - the distance from the incision to the sample face, m; l - incision depth l=b/4, here b is the sample height, m.;EFFECT: increasing the accuracy and reliability of determining the critical stress intensity factor by forming areas of stress concentrations in the form of incisions.;1 dwg, 2 tbl"/> METHOD OF DETERMINING CRITICAL STRESS INTENSITY FACTOR OF CONCRETE
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METHOD OF DETERMINING CRITICAL STRESS INTENSITY FACTOR OF CONCRETE

机译:确定混凝土临界应力强度因子的方法

摘要

FIELD: construction.;SUBSTANCE: in the sample-prism of concrete a stress concentration area is created by means of applying two symmetrical incisions on one face of the concrete sample, after which the sample is loaded to destruction, the destructive load is measured and the critical stress intensity factor is determined by the formula where P is the destructive load, MH; Y - the correction factor; t - the sample width, m; H - the distance from the incision to the sample face, m; l - incision depth l=b/4, here b is the sample height, m.;EFFECT: increasing the accuracy and reliability of determining the critical stress intensity factor by forming areas of stress concentrations in the form of incisions.;1 dwg, 2 tbl
机译:领域:建筑;实体:在混凝土的样品棱柱上,通过在混凝土样品的一个面上施加两个对称的切口来创建应力集中区域,然后将样品加载至破坏状态,测量破坏性载荷并临界应力强度因子由公式确定,其中P是破坏性负载MH; Y-校正因子; t-样本宽度,m; H-从切口到样品面的距离,m; l-切口深度l = b / 4,这里b是样本高度m .;效果:通过形成切口形式的应力集中区域来提高确定临界应力强度因子的准确性和可靠性.1 dwg, 2汤匙

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