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Temporary protection of building excavation using jet grouting pilots with double anchoring Extent and equipment: page 119

机译:使用带双锚固技术的喷射灌浆飞行员对建筑物的临时保护范围和设备:第119页

摘要

In its first part this work focuses on the description and utilization of the “Jet Grouting” procedure as well as the description of soil examination with a standard penetration test (for the concrete object), which determines the characteristics of the soil layers and the physical characteristics of the ground. The client wishes to realize three cellars. To that end a layout of jet grouting columns has been prepared with a deviation from the reinforced concrete wall of the cellar. The deviation is intended for the erection of the multipurpose scaffold for the construction of the hydro and thermal insulation. The cross-section of the jet grouting wall and the cellar defines (at a scale) the inclination and depth of the 1st and 2nd level of anchors with all the required data and of the excavation phase with working plateaus for drilling and building and stressing the anchors. In its second part, this work deals with the static calculation of the Jet grouting wall by means of a calculation according to existing standards and Eurocode 7-1 with various programs and it includes the comparison of data from these calculations (a table overview of the data). Before the static calculation, there is a graph showing the magnitude of the active and passive earth pressure for characteristic and mobilized values with and without friction along the contact betwen the wall and the ground. The static calculation of the anchoring reinforced concrete beam is carried out for the loading configuration: the beam on the elastic base is loaded with anchor forces for three different (static) loading models (1. where all anchors are stressed, 2. where only one anchor is stressed
机译:在第一部分中,这项工作着重于“喷射灌浆”程序的描述和利用,以及通过标准渗透测试(针对混凝土物体)进行土壤检查的描述,该测试确定了土壤层和物理特性。地面的特征。客户希望实现三个酒窖。为此,已经准备了喷射灌浆柱的布置,其偏离了地窖的钢筋混凝土墙。该偏差是为了安装用于水绝缘和热绝缘的多功能支架。喷浆墙和地窖的横截面(按比例)定义了锚固的第一层和第二层的倾角和深度,以及所有需要的数据以及带有工作平台的开挖阶段,以进行钻孔,建造和应力分析。锚点。在第二部分中,这项工作通过根据现有标准和带有各种程序的Eurocode 7-1进行计算,来处理喷浆墙的静态计算,并且包括对这些计算中的数据进行比较(数据)。在进行静态计算之前,有一张图表显示了在壁和地面之间的接触情况下,在有摩擦力和无摩擦力的情况下,特征值和动量值的主动和被动土压力的大小。针对加载配置,对锚固钢筋混凝土梁进行了静态计算:针对三种不同(静态)加载模型,弹性基座上的梁加载有锚固力(1.所有锚都受力; 2。仅锚固一个)。锚点压力大

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    Marin Mile;

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  • 年度 2007
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  • 原文格式 PDF
  • 正文语种 {"code":"sl","name":"Slovene","id":39}
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