A Collection of Papers Presented at the 75th Conference on Glass Problems, Greater Columbus Convention Center, Columbus, Ohio, November 3-6, 2014, Volume 36, Issue 1 Redaktion: Sundaram, S. K.
A Collection of Papers Presented at the 75th Conference on Glass Problems, Greater Columbus Convention Center, Columbus, Ohio, November 3-6, 2014, Volume 36, Issue 1 Redaktion: Sundaram, S. K.
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The 75th Glass Problem Conference is organized according to the following themes: Glass Melting, Forming, Energy and Environmental, Refractories, Sensors and Control, Modeling.
The 75th Glass Problem Conference is organized according to the following themes: Glass Melting, Forming, Energy and Environmental, Refractories, Sensors and Control, Modeling.
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Autorenporträt
S. K. Sundaram is an Inamori Professor of Materials Science and Engineering at Alfred University (starting from January 1, 2011). Before joining Alfred University, Dr. Sundaram was a Materials Scientist at Pacific Northwest National Laboratory (PNNL). He joined the PNNL in 1994 as a post-doctoral fellow and became a Senior Research Scientist in 1996. He was promoted to Chief Materials Scientist in January 2002. On technical front, he has been working on several aspects of advanced transformational materials science and engineering, focused on glass, ceramics, and semiconductors for various applications in energy, environment, health care, and national security. Dr. Sundaram is internationally recognized for interdisciplinary research. He has made over 100 technical presentations, edited/contributed to 11 books, published over 75 peer-reviewed publications and technical reports, mentored/supported over 40 students, and organized/co-organized several national and international symposia on advanced topics in materials science. He also has three issued patents and two provisional patent applications. Dr. Sundaram is the member of several scientific societies including the American Ceramic Society, and the recipient of prestigious awards.
Inhaltsangabe
Foreword ix Preface xi Acknowledgments xiii Glass Melting Effect of Dissolved Water on Physical Properties of Soda-Lime- Silicate Glasses 3 Udaya K. Vempati and Terence J. Clark Comparison of SEM/EDX Analysis to Petrographic Techniques for Identifying the Composition of Stones in Glass 13 Brian Collins, Gary Smay, and Henry Dimmick Forming Multi Gob Weight Production 29 Xu Ding, Jonathan Simon, Angelo Dinitto, and Andreas Helfenstein Closed Loop Control of Glass Container Forming 37 Jonathan Simon and Andreas Helfenstein Hard Glass-Commercial Progress of Thermally Strengthened Container Glass 55 Ken Bratton, Steven Brown, Tim Ringuette, and Dubravko Stuhne Energy and Environmental Oxygen Enhanced NOx Reduction (OENR) Technology for Glass Furnaces 69 J. Pedel, H. Kobayashi, J. de Diego Rincón, U. Iyoha, E. Evenson, G. Cnossen, and P. Zucca U.S. Air Regulations Involving Glass Manufacturing 85 Steven B. Smith New Combustion Technique for Reducing NOx and CO2 Emissions from a Glass Furnace 93 R.S. Pont, N. Fricker, I. Alliat, Y. Agniel, and L. Kaya Environment and Energy: Flue Gas Treatment and Production of Electrical Power in the Glass Industry 107 Alessandro Monteforte and Francesco Zatti OPTIMELT(TM) Regenerative Thermo-Chemical Heat Recovery for Oxy-Fuel Glass Furnaces 113 A. Gonzalez, E. Solorzano, C. Lagos, G. Lugo, S. Laux, K.T. Wu, R.L. Bell, A. Francis, and H. Kobayashi Refractories Wear of Basic Refractories in Glass Tank Regenerators 123 David J. Michael, H. Edward Wolfe, and Laura A. Lowe Modern and Competitive Regenerator Designs for Glass Industry 143 Sébastien Bourdonnais Sensors and Control Detection of Early Stage Glass Penetration and Weak Refractory Spots on Furnace Walls 157 Yakup Bayram, Alexander C. Ruege, Eric K. Walton, Peter Hagan, Elmer Sperry, Dan Cetnar, Robert Burkholder, Gokhan Mumcu, and Steve Weiser Fast and Objective Measurement of Residual Stresses in Glass 165 Henning Katte Feeder Expert Control System for Improved Containers 177 Fred Aker Modeling 3-D Transient Non-Isothermal CFD Modeling for Gob Formation 185 Jian Jiao, Oluyinka Bamiro, David Lewis, and Xuelei Zhu Modeling of Heat Transfer and Gas Flows in Glass Furnace Regenerators 201 Oscar Verheijen, Andries Habraken, and Heike Gramberg Energy Analysis for Preheating and Modeling of Heat Transfer from Flue Gas to a Granule 207 Liming Shi, Udaya Vempati, and Sutapa Bhaduri Laboratory Facilities for Simulation of Essential Process Steps in Industrial Glass Furnaces 223 Mathi Rongen, Mathieu Hubert, Penny Marson, Stef Lessmann, and Oscar Verheijen Heat Transfer in Glass Quenching for Glass Tempering 235 Carlos J. Garciamoreno, David A. Everest, and Arvind Atreya Author Index 253
Foreword ix Preface xi Acknowledgments xiii Glass Melting Effect of Dissolved Water on Physical Properties of Soda-Lime- Silicate Glasses 3 Udaya K. Vempati and Terence J. Clark Comparison of SEM/EDX Analysis to Petrographic Techniques for Identifying the Composition of Stones in Glass 13 Brian Collins, Gary Smay, and Henry Dimmick Forming Multi Gob Weight Production 29 Xu Ding, Jonathan Simon, Angelo Dinitto, and Andreas Helfenstein Closed Loop Control of Glass Container Forming 37 Jonathan Simon and Andreas Helfenstein Hard Glass-Commercial Progress of Thermally Strengthened Container Glass 55 Ken Bratton, Steven Brown, Tim Ringuette, and Dubravko Stuhne Energy and Environmental Oxygen Enhanced NOx Reduction (OENR) Technology for Glass Furnaces 69 J. Pedel, H. Kobayashi, J. de Diego Rincón, U. Iyoha, E. Evenson, G. Cnossen, and P. Zucca U.S. Air Regulations Involving Glass Manufacturing 85 Steven B. Smith New Combustion Technique for Reducing NOx and CO2 Emissions from a Glass Furnace 93 R.S. Pont, N. Fricker, I. Alliat, Y. Agniel, and L. Kaya Environment and Energy: Flue Gas Treatment and Production of Electrical Power in the Glass Industry 107 Alessandro Monteforte and Francesco Zatti OPTIMELT(TM) Regenerative Thermo-Chemical Heat Recovery for Oxy-Fuel Glass Furnaces 113 A. Gonzalez, E. Solorzano, C. Lagos, G. Lugo, S. Laux, K.T. Wu, R.L. Bell, A. Francis, and H. Kobayashi Refractories Wear of Basic Refractories in Glass Tank Regenerators 123 David J. Michael, H. Edward Wolfe, and Laura A. Lowe Modern and Competitive Regenerator Designs for Glass Industry 143 Sébastien Bourdonnais Sensors and Control Detection of Early Stage Glass Penetration and Weak Refractory Spots on Furnace Walls 157 Yakup Bayram, Alexander C. Ruege, Eric K. Walton, Peter Hagan, Elmer Sperry, Dan Cetnar, Robert Burkholder, Gokhan Mumcu, and Steve Weiser Fast and Objective Measurement of Residual Stresses in Glass 165 Henning Katte Feeder Expert Control System for Improved Containers 177 Fred Aker Modeling 3-D Transient Non-Isothermal CFD Modeling for Gob Formation 185 Jian Jiao, Oluyinka Bamiro, David Lewis, and Xuelei Zhu Modeling of Heat Transfer and Gas Flows in Glass Furnace Regenerators 201 Oscar Verheijen, Andries Habraken, and Heike Gramberg Energy Analysis for Preheating and Modeling of Heat Transfer from Flue Gas to a Granule 207 Liming Shi, Udaya Vempati, and Sutapa Bhaduri Laboratory Facilities for Simulation of Essential Process Steps in Industrial Glass Furnaces 223 Mathi Rongen, Mathieu Hubert, Penny Marson, Stef Lessmann, and Oscar Verheijen Heat Transfer in Glass Quenching for Glass Tempering 235 Carlos J. Garciamoreno, David A. Everest, and Arvind Atreya Author Index 253
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