Title Statements
- Full title :81st Conference on Glass Problems / The American Ceramic Society.
Summary
"This volume is a collection of papers presented at the 81st year of the Glass Problems Conference (GPC) in 2020. The GPC continues the tradition of publishing the papers that goes back to 1934. The manuscripts included in this volume are reproduced as furnished by the presenting authors but were reviewed prior to the presentation and submission by the respective session chairs. These chairs are also the members of the GPC Advisory Board"--
Read More ↓Edition Statements
- Publication Date:2021.
- Edition:First edition
Publication Statements
- Publisher(s):Wiley
- Place of Publication:Hoboken
- Language:eng
- Publication Date:2021.
The Physical Object
- Description:1 online resource.
Edition Identifiers
- ISBN:9781119823056, 1119823056, 9781119823049, 1119823048, 9781119823032, 111982303X
- DOI:10.1002/9781119823056
- oclc:on1255523015
- LC Classification:TP786
- Dewey Decimal:666/.1
Table of Contents
Surface viscosity and the melting of glass / Daniel R. Swiler -- Supporting hot and cold furnace repairs / Neil G. Simpson, John Naughton, and Philippe Kerbois -- Infrastructure and process considerations when increasing the size of your furnace / Christopher Hetro, Michael Hannagan, and Thomas Maheady -- Analysis of experiences in recurring furnace construction projects / Jalil Abraham Kuri -- Improved glass homogeneity and higher sustainability through textured expendables tubes in container glass furnace / Patrice Fournier, Michel Gaubil, and Stephane Schaller -- Extending campaign life in an all-electric melter using high levels of commercial cullet / Phillip Tucker and Donn Sederstrom -- Case study : comparison of an AC IGBT controlled system and AC phase angle SCR controlled system in a resistance heating application / Stanley F. Rutkowski III -- From landfill to raw material : obtaining high quality recycled cullet to avoid glass manufacturing problems / Jacques van Putten -- Glass melt quality optimization by mathematical modeling of redox and bubbles in the glass melt / Andries Habraken, Oscar Verheijen, Adriaan Lankhorst, Anne-Jans Faber, and Corinne Claireaux -- The det…
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