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Experimental investigations and numerical modeling of point-fitted glass panes

机译：点贴玻璃的实验研究和数值模拟

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The highest transparency of façades is to be obtained by the use of point-fitted glass units. To comply with the demand for energy efficiency the use of insulating glass units is required. However, insufficient knowledge is present for point fittings in insulating glass which is a drawback of this kind of construction. Therefore research has been carried out to extend an existing design-method, the SLG-method, to insulating glass. In this paper, first, experimental investigations in point-fitted single glass units and the results are presented. Secondly, a numerical model is introduced which has been calibrated to this test data. This model will subsequently be extended to other geometries and the stress peaks at the borehole as well as the size of the local area for the SLG-method will be determined. Therefore this paper presents the preparation process for the application of the SLG-method for insulation glass units.
机译：外墙的最高透明度将通过使用点式安装的玻璃组件来实现。为了满足能效要求，需要使用中空玻璃单元。然而，关于中空玻璃中的点配件的知识不足，这是这种构造的缺点。因此，已经进行了研究以将现有的设计方法SLG方法扩展到中空玻璃。在本文中，首先介绍了点装单玻璃装置的实验研究和结果。其次，引入了已经针对该测试数据校准的数值模型。该模型随后将扩展到其他几何形状，并且将确定井眼处的应力峰值以及SLG方法的局部区域大小。因此，本文介绍了SLG方法用于中空玻璃组件的制备过程。

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