Simulation Tools for Glass Forming Processes by Drawing

Christoph Berndhäuser; Ulrich Lange

doi:10.4028/www.scientific.net/AMR.39-40.495

Paper Titles

The Bubble Behaviour under Effect of Centrifugal Force
p.475

Identification of Rayleigh-Bénard Convection on Physical Model of Electric Furnace
p.481

Modeling of Glass Melting Process in Plasma-Fired Skull Furnace
p.485

The Influence of Water Present in the Batch on the Fining Process of Lead Crystal Containing More than 24 % by Weight of PbO
p.489

Simulation Tools for Glass Forming Processes by Drawing
p.495

Advanced Simulation of 3D Glass Bottle Forming with Abaqus
p.499

Glass Decoration Elements – History and Technology
p.505

Monitoring of Glass Production Using Vision Systems
p.511

Effect of Isopipe Temperature on the Glass Sheet Forming for Overflow Fusion Process by Numerical Simulation
p.517

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Simulation Tools for Glass Forming Processes by Drawing

Abstract:

In glass manufacturing a variety of different forming processes is used to meet product requirements like shape and quality but also throughput and cost targets might influence the decision for the optimal forming process. Out of these variety one can select a group of forming processes that have in some respects similar forming principles but then also some very different physics. The present paper focuses on similarities and differences of drawing processes and its requirements to modeling.