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Fracture tests on tempered glass steps with reground edges
Laminated glass can feature a displacement of the individual glass panes, resulting from the lamination process. With regards to visible or exposed edges, this displacement reduces the optical quality of the glass component. The regrinding of the edge after lamination compensates the displacement and thus creates a highly transparent surface. However, regrinding tempered glass leads to a reduction of the compression zone near the edge and increases the risk of reducing the load‐bearing capacity. The influence of regrinding on the bearing capacity of glass steps was experimentally determined and evaluated at the Institute of Building Construction.
Fracture tests on tempered glass steps with reground edges
Laminated glass can feature a displacement of the individual glass panes, resulting from the lamination process. With regards to visible or exposed edges, this displacement reduces the optical quality of the glass component. The regrinding of the edge after lamination compensates the displacement and thus creates a highly transparent surface. However, regrinding tempered glass leads to a reduction of the compression zone near the edge and increases the risk of reducing the load‐bearing capacity. The influence of regrinding on the bearing capacity of glass steps was experimentally determined and evaluated at the Institute of Building Construction.
Fracture tests on tempered glass steps with reground edges
Lohr, Katharina (author) / Engelmann, Michael (author) / Weller, Bernhard (author)
ce/papers ; 2 ; 287-297
2018-10-01
11 pages
Article (Journal)
Electronic Resource
English
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