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Glass Structures & Engineering - v. 7, n. 3 (September 2022)

Erschienen:	September 2022

Artikel in dieser Ausgabe

Autor(en)	Titel	Seite(n)
Coult, Graham / Cannas, Alexandros / Gregson, Sam / Santelli, Lorenzo	Apple Marina Bay Sands: utmost transparency	363-380
Louter, Christian / Belis, Jan / Nielsen, Jens Henrik / Overend, Mauro / Schneider, Jens	Challenging glass: the sequel	361-362
Weimar, Thorsten / Hammer, Christian	Determination and evaluation of the interlaminar shear modulus of polyvinyl butyral using fibre optic sensors	441-455
Fildhuth, Thiemo / Joos, Pascal / Wüest, Thomas / Haller, Matthias / Stevels, Wim	Development and behavior of a thin fitting connection for lamination with structural PVB	415-439
Lori, Guido / Van Den Brande, Kjartan / van den Bossche, Nathan / De Bleecker, Henk / Belis, Jan	Experimental and numerical assessment of permeability functions in closed cavity façades	507-521
Symoens, Evelien / Van Coile, Ruben / Belis, Jan	Experimental investigation into the effect of elevated temperatures on the fracture strength of soda-lime-silica glass	457-469
Nategh, Shahryar / Zaccaria, Marco / Missinne, Jeroen / Belis, Jan	Experimental strength characterisation of thin chemically pre-stressed glass based on laser-induced flaws	471-486
Lori, Guido / Van Den Brande, Kjartan / van den Bossche, Nathan / De Bleecker, Henk / Belis, Jan	Experimental validation of a numerical model for closed cavity façade glass structural calculation under dynamic cavity temperature, dry air flow and wind loads effects	523-545
Pejatovic, Mirko / Caspeele, Robby / Belis, Jan	Numerical study of post-fracture behavior of a two-sided reinforced laminated glass beam-column connection prototype	399-414
Katsivalis, Ioannis / Feih, Stefanie	Prediction of moisture diffusion and failure in glass/steel adhesive joints	381-397
Lori, Guido / Van Den Brande, Kjartan / van den Bossche, Nathan / De Bleecker, Henk / Belis, Jan	A simple numerical tool for superimposition of climatic load and wind load in Closed Cavity Facades: importance of a coupled PE-thermal-mechanical model	487-506

Über diese
Datenseite
IssueID
68648
Veröffentlicht am:
10.12.2022
Geändert am:
10.12.2022

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