La conferencia Glass Performance Days 2023 presentó una serie de ponencias pioneras sobre tecnologías de procesamiento del vidrio, reuniendo a líderes y expertos del sector para debatir sobre los últimos avances y metodologías.

Esta sección está dedicada a explorar diversos aspectos del procesado del vidrio, como el preprocesado, el templado, la fabricación de vidrio para automoción y el laminado del vidrio. Tanto si le interesan las particularidades técnicas del tratamiento del vidrio como las aplicaciones más amplias en los contextos de la automoción y la arquitectura, estas sesiones le proporcionarán abundantes conocimientos y soluciones innovadoras.

Tempering and pre-processing

1. Ingo Stahlkopf, Optris – «Correct temperature measurement during tempering process of different types of coated glass»
2. Jukka Vuoristo, Volframi – «Partial processing and method imports from other industries»
3. Riku Färm, Glaston and Peter Pfannenstill, SOFTSOLUTION – «Automated white haze detection in the tempering process»
4. Sandra Kugler, Viprotron – «Temper Scanner 5D: the new complete metrology scanner after furnace exit and its capabilities for furnace optimization and quality control» 
5. Eric Hegstrom, LiteSentry – Softsolution – Strainoptics – «Controlling Glass Quality During Heat Treatment»
6. Adrian Lareida, ETH Zürich – «Investigation of cooling systems in a glass grinding process» and «Investigation of Breaking Stresses on Cut-Edge Quality» 
7. Antti Aronen, Glaston – «How to change the tempering process control from settings to specifications»
8. Asier Iglesias, Mondragon Unibertsitatea – «Probabilistic assessment of tempered glass failure based on high fidelity process and in-service modelling techniques» 
9. Francis Serruys, Saint-Gobain – «Breakage probability of nickel sulphide inclusions in heat strengthened glass» 

Automotive and display units

1. Antti Aronen, Glaston – «Main benefits from convection preheating in Automotive WS/SR production»
2. Wilma Dewald, Volkswagen AG – «Application of ultrathin glass in cars – A feasibility study»

Laminated glass

1. Miriam Schuster, Technische Universität Darmstadt – «Quantification of the linear viscoelastic behavior of multilayer interlayers»
2. Sagar Vanapalli, Hochschule Anhalt – «Glass Timber Panel–A new hygiene material for health care and hospitality» https://lnkd.in/d-VngsRi
3. Stefan Reich, Anhalt University of Applied Sciences – «Natural weathering study of the resistance of various glass types against UV-induced color fading»
4. Steffen Bornemann, Folienwerk Wolfen – «Contribution of the interlayer films to the safety properties of the laminated safety glass at different temperature conditions»
5. Vaughn Schauss, Kuraray – «Review of Security Glazing Standards and Testing»
6. Dusan Kovacik, Masaryk University – «Large area atmospheric plasma surface processing of PVB and Ionoplast interlayers for performance improvement of laminated glass»
7. Lorenzo Santi, University of Parma – «Fractional viscoelastic modelling of polymeric interlayers in laminated glass. Comparisons with Prony series approach»
8. Louis Moreau, MOGLEX – «Play Safe With Stiff Interlayers»
9. Mikko Rantala, Glaston – «Predicting interlayer and glass temperatures in automated glass lamination process»
10. Milica Slipcevic (Baric), Bundeswehr University Munich – «Determination of relationship between chemical properties of different interlayers and mechanical resistance in laminated glass structures exposed to different loads»

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