Titlebook: Experimental and Numerical Study of Glass Façade Breakage Behavior under Fire Conditions; Fire Safety Engineer Yu Wang Book 2019 Springer N

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大炮

Experimental and Numerical Methods,The experimental setup is primarily consisted of fire source, glazing system and measurement system, as shown in Fig. 2.1. The specific introduction of measurement tools are in following sections.

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Influence of Fire Location on Breakage Behavior,Little research has focused on the influence of fire source, especially the location change of fire. In a real fire scenario, fire may be ignited near the edge or centerline of a glass pane, or may directly infringe on crucial fixing point of façades.

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Breakage Mechanism and Heat Transfer,In previous chapters, experimental and numerous studies concerning thermal performance of glass façades were reported. However, the mechanism of cracking in glazing is still unknown.

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Springer Theseshttp://image.papertrans.cn/e/image/318978.jpg

颂扬国家

镶嵌细工

Regina L. Suriel,James Martinez mechanism. An FEM in house software was developed and used to predict the stress distribution, breakage time and crack initiation and proportion in glazing. Theoretical model was meanwhile built to reveal the heat transfer mechanism in single and double glazing and can help to predict the breakage time or temperature increasing of glass.

浮雕宝石

,Breakage of Framing Glass Façades in Fire, types: point supported, frame supported and full glass curtain walls. Among the three types, frame supported curtain walls, in which the glass panel is fixed by a metal frame at its surrounding edges, is used most commonly.

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Conclusions and Further Work, mechanism. An FEM in house software was developed and used to predict the stress distribution, breakage time and crack initiation and proportion in glazing. Theoretical model was meanwhile built to reveal the heat transfer mechanism in single and double glazing and can help to predict the breakage time or temperature increasing of glass.