Comparison of experimental tests of foundation slabs

机译：基坑实验试验比较

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In civil engineering we solve problems with interaction between the foundation base and the subsoil often. For the determination of stress in foundation structure is needed to determine the influence of the stiffness respectively pliability of subsoil to structural internal forces, and vice versa, how the stiffness of the foundation structure affects the resulting subsidence. In this article I would like to compare subsidence and deformation of several different baseboards [2, 3, 4, 5].

机译：在土木工程中，我们经常解决基础基础和底层之间的互动问题。为了确定基础结构中的应力，以确定刚度分别对结构内部力的稳定性的影响，反之亦然，基础结构的刚度如何影响所产生的沉降。在本文中，我想比较几个不同的基板的沉降和变形[2,3,4,5]。

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《International Conference on Civil Engineering and Transportation》|2015年||共4页
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Vojtech Buchta; Jan Hurta; Roman Fojtik;
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中图分类 TU5-53;
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Prestressing; Fiber concrete; Foundation slab; Sliding joint; Interaction between construction and subsoil;

机译：预应力;纤维混凝土;基础板块;滑动接头;建筑与底层之间的相互作用;

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3. Vibration Measurement and Prediction for Foundation Slab Design of a High-Tech Lab Based on In Situ Testing [J] . Zhaogang Xu, Yu Lou, Liu Chen Shock and vibration . 2020,第1期

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4. Comparison of experimental tests of foundation slabs [C] . Vojtech Buchta, Jan Hurta, Roman Fojtik International Conference on Civil Engineering and Transportation . 2015

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5. Seismic Energy Dissipation, Self-Centering, and Settlement of Rocking Foundations: Analysis of Experimental Data with Comparisons to Numerical Modeling [D] . Soundararajan, Sujitha. 2019

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Comparison of experimental tests of foundation slabs

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