Laminating

Calculation Methods for the Structural Behavior of Laminated Glass

Dr. Stephen J. Bennison, Mr. Ingo Stelzer, Mr. Phillip S. Davies, Mr. Jay G Sloan, Professor Huang Xiaokun and Mr. Liu Gang

Our understanding of the structural performance of laminated glass has made great advances over the past decade. In this contribution we review two major calculation methods that have been developed to compute stress and deformation development during the loading of laminated glass: 1) the effectiv...

Evaluation of the Acoustic Attenuation of Radiation-Cured Uvekol Cast Resins in Glass Laminates: An Experimental Design Approach

P. Roose, V. De Noose, P. Lambrechts, L. Lindekens, E. Boerrigter, Cytec Surface Specialties

The results of a systematic study of the mechanical damping characteristics of a series of radiation-cured Uvekol acrylate resins used in multilayer glass panels are reported. The composition of the liquid acrylate resin was varied following an experimental design approach and the effect on various...

Experimental Study on Different Interlayer Materials for Laminated Glass

Bernhard Weller, Jan Wuensch & Kristina Haerth, Technische Universität Dresden, Institute of Building Construction

The influence of interlayer on the stiffness and thus on the load-bearing capacity of laminated glass is well known. Most of the published investigations are about the standard application of laminated safety glass with interlayer of polyvinyl butyral films (PVB). Among PVB, the investigations prese...

24 Articles   Page 1 of 2   Articles 1 - 15

Uwe Keller, Kuraray Specialities Europe GmbH
Emmanuel Nourry & Jean-Clément Nugue, Saint-Gobain Glass France
Ilham Kadri, PhD, Peter Lambrechts, Arie Cornelis
Bernhard Koll
Jean-Clément Nugue, Emmanuel Nourry, Dr Gérard Savineau
Holger Stenzel, Alexander Kraft, Karl-Heinz Heckner, Matthias Rottmann, Martin Steuer, Bernd Papenfu
David C Smith, David Hadden
Holger Gräf, Christian Schuler, Gert Albrecht, Ömer Bucak
Alexander Kott, Thomas Vogel
Pol D’Haene
Antony D Smith, Graham S Dodd.
Alex S. Redner
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