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Experimental investigations and simplified seismic analysis of the structural system JUBHome BASE

机译:结构系统JUBHome BASE的实验研究和简化的地震分析

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摘要

The experimental investigations of the structural system JUBHome BASE are presented in the firstudpart of the thesis. JUBHome BASE is a foundation assembly which consists of hydro isolation,udthermal isolation (EPS) and reinforced concrete foundation slab. The main objective of theudexperimental investigations, which were performed at the Faculty of Civil and Geodetic Engineering,udwas to determine the shear resistance of the JUBHome BASE system and the shear resistance of theudcontact in layers of thermal isolation. Discussed are the results of the experimental investigation withudan emphasis on the coefficient of friction and shear resistance of contact between layers of thermaludisolation. In the second part of the thesis the simplified seismic analysis according to method withudhorizontal forces is described. This method was used to estimate the design seismic force in the case ofuda residential house located in Ljubljana. It was found that the design seismic force is lower than theudshear resistance of JUBHome BASE system. The slip between the hydro isolation and thermaludisolation would occur if peak ground acceleration would be greater than 0,36 g. If the thermal isolationudis glued then the shear resistance would be attained at peak ground acceleration of 0,68 g.
机译:本文的第一部分是对结构系统JUBHome BASE的实验研究。 JUBHome BASE是一种基础组件,由水力隔离,超热隔离(EPS)和钢筋混凝土基础板组成。在土木与大地工程学院进行的实验研究的主要目的是确定JUBHome BASE系统的抗剪强度和绝热层中非接触的抗剪强度。讨论的是实验研究的结果,重点是热绝缘层之间接触的摩擦系数和抗剪强度。在论文的第二部分中,描述了根据水平力方法的简化地震分析。该方法用于估算卢布尔雅那 uda住宅中的设计地震力。发现设计地震力低于JUBHome BASE系统的抗剪切强度。如果峰值地面加速度大于0.36 g,则会发生水力隔离和热力隔离之间的滑动。如果将隔热材料粘合,则在地面加速度峰值为0.68 g时将获得抗剪切力。

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    Stermecki Marko;

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  • 年度 2015
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