Glass is the oldest man-made material. Its invention about five thousand years ago should be considered as one of the crucial events in the history of mankind. Glass has given man the possibility to have daylight in his protected living environment and to compensate the defects of his sight. Glass containers and tableware have played and still play an important role in man's everyday life. Glass elements in microscopes and telescopes have given us the possibility to learn the secrets of micro- and macrocosm. Glass participates in the most sophisticated technologies: glass fibers have caused a revolution in telecommunication, glass is used as a material for many modern electronic devices. Although nowadays plastics often make a strong competition to glass, for many applications glass is still the best material due to its specific properties - its hardness, good transparency, resistance to chemicals, the easiness to shape glass articles, feasibility to change the composition of the glass in order to meet new specific demands, etc. Two peculiarities of glass should be pointed out. The first is the fragility of glass - it breaks easily due to tensile stresses. The second is the fact that in every glass item there exist residual stresses due to the complicated technological process during which glass from the state of a viscous liquid at high temperature turns into solid state, while cooled down.
Erscheinungsdatum: 26.11.2012

lgrsnf/A:\compressed\10.1007%2F978-3-642-50071-8.pdf

nexusstc/Photoelasticity of Glass/4aacc375ad730c156ac0dcdfc855e1e8.pdf

scihub/10.1007/978-3-642-50071-8.pdf

zlib/Engineering/Dr. Hillar Aben, Dr.-Ing. Claude Guillemet (auth.)/Photoelasticity of Glass_2112660.pdf

by Hillar Aben, Claude Guillemet

Aben, Hillar, Guillemet, Claude

Spektrum Akademischer Verlag. in Springer-Verlag GmbH

Steinkopff. in Springer-Verlag GmbH

Springer Nature, Berlin, Heidelberg, 2012

Berlin, Heidelberg, Germany, 1993

Germany, Germany

lg958760

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<p>This book presents a sytematic approach to contemporary phototelasticity with particular emphasis on stress analysis in glass. A review of different kinds of residual stresses in glass is presented. Besides traditional photoelastic techniques, differential refractrometry for stress determination on the surface of flat glass and integrated photoelasticity for stress determination in glass articles ofcomplicated shape are considered in detail. Original photoelastic apparatus and corresponding measurement techniques as well as stress calculation algorithms are described. Many practical examples illustrate the possibilities of modern photoelasticity for stress measurement in flat glass, containers, tumblers, tubes,<br>optical fibres and fibre performs etc.<br>The book can be considered as a textbook for a specialist in glass industry who wants to check the quality of products or tries to optimize theproduction process parameters from the point of view of the residual stresses. Furthermore, the book gives a number of new nondestructive methodswhich have not been described in earlier books on photoelasticity.</p>

This book presents a sytematic approach to contemporary phototelasticity with particular emphasis on stress analysis in glass. A review of different kinds of residual stresses in glass is presented. Besides traditional photoelastic techniques, differential refractrometry for stress determination on the surface of flat glass and integrated photoelasticity for stress determination in glass articles ofcomplicated shape are considered in detail. Original photoelastic apparatus and corresponding measurement techniques as well as stress calculation algorithms are described. Many practical examples illustrate the possibilities of modern photoelasticity for stress measurement in flat glass, containers, tumblers, tubes, optical fibres and fibre performs etc. The book can be considered as a textbook for a specialist in glass industry who wants to check the quality of products or tries to optimize theproduction process parameters from the point of view of the residual stresses. Furthermore, the book gives a number of new nondestructive methodswhich have not been described in earlier books on photoelasticity.

Front Matter....Pages i-xiii
Front Matter....Pages 1-1
Basic Elasticity....Pages 3-17
Residual Stresses in Glass....Pages 18-50
Basic Photoelasticity....Pages 51-68
Two-Dimensional Photoelasticity....Pages 69-78
The Scattered Light Method....Pages 79-85
Integrated Photoelasticity....Pages 86-101
Photoelastic Properties of Glass....Pages 102-119
Front Matter....Pages 121-121
Thickness Stresses....Pages 123-129
Membrane Stresses....Pages 130-138
Determination of the Total Stresses....Pages 139-161
Front Matter....Pages 163-163
Axisymmetric Glass Articles....Pages 165-197
Containers and Other Thin-Walled Glassware....Pages 198-215
Optical Fibers and Fiber Preforms....Pages 216-227
Back Matter....Pages 229-257

Introduction
Basics of Photoelasticity and Glass
Stresses in Flat Glass
Stresses in Glass Items of Complicated Shape.

2013-08-01