2010
DOI: 10.1002/stab.201001302
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Ein Bemessungskonzept für SL‐belastete Anschlüsse im konstruktiven Glasbau

Abstract: Bei Entwurf und Bemessung von tragenden Ganzglaskonstruktionen spielt die Verbindungstechnik eine entscheidende Rolle. Denn dort, wo Glasscheiben zum Beispiel punktförmig gehalten werden, entstehen im Bereich der Bohrungen Spannungsspitzen, die, sofern keine weiteren konstruktiven Maßnahmen ergriffen werden, aufgrund des spröden Werkstoffverhaltens nicht abgebaut oder umgelagert werden und somit plötzlichen Bruch verursachen können. Dies gilt auch für Scher‐Lochleibungsverbindungen von in Scheibenebene belaste… Show more

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Cited by 5 publications
(1 citation statement)
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“…Classic point supports are metal-made and are inserted into glass holes. For a more even distribution of stresses in the glass hole, less stiff material (e.g., cement paste, different adhesives, aluminium rings) is used to bridge the gap between the glass support and glass hole edge, and to minimise the glass stress concentration, as is presented in [22,23], in which the stress distribution in glass holes was investigated. In [24], it was shown that adhesively bonded point supports result in higher connection load-bearing capacities when compared with classic point supports in glass holes.…”
Section: Introductionmentioning
confidence: 99%
“…Classic point supports are metal-made and are inserted into glass holes. For a more even distribution of stresses in the glass hole, less stiff material (e.g., cement paste, different adhesives, aluminium rings) is used to bridge the gap between the glass support and glass hole edge, and to minimise the glass stress concentration, as is presented in [22,23], in which the stress distribution in glass holes was investigated. In [24], it was shown that adhesively bonded point supports result in higher connection load-bearing capacities when compared with classic point supports in glass holes.…”
Section: Introductionmentioning
confidence: 99%