Presented by
S.VELUMANI
N.VIJAYARAJAN
A.VINOTH


ABSTRACT
 THIS PROJECT IS DESIGNED TO IMPROVE QUALITY OF GLASS AND TO REDUCE THE HUMAN EFFORTS USING AUTOMATION.
 HERE THE EACH AND EVERY PROCESS TAKE PLACES CONTINUOUSLY SO PRODUCTION OF NO OF GLASS IS INCREASED.
 BENEFITS OF TEMPERED GLASS
 STRENGTH: TEMPERED GLASS IS APPROXIMATELY FOUR TIMES AS STRONG AS ANNEALED GLASS AND ABLE TO RESIST TEMPERATURE DIFFERENCES(200F-300F) WHICH WOULD ....etc

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pls provide dpr for bottling manufacturing ....etc

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Dear Glass team


My request is below

- we need video animation file on Blank side Vertiflow and Invertiflow
cooling configuration.


....etc

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ABSTRACT
A study was conducted in one of the premier glass manufacturing industries in India during June 2005 to understand the different mechanisms employed in glass industry. M/s. Excel Glasses Limited, Alappuzha, Kerala was selected for the study. Pneumatic systems and different mechanisms employed for making glass bottles and jars by the above unit are discussed. The study has revealed that Individual Section (I.S.) Machine is used to manufacture glass bottles and jars for the liquor, food and p ....etc

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Abstract:
Mass customization manufacturing (MCM) has been gaining recognition as an industrial revolution in the 21st century. This paper presents innovative approaches in realizing and exercising MCM in theoretical and practical applications. Strategies of generalized production line platform and modularization are explored to support dynamic reconfigurations of MCM. NISTâ„¢s XML-based Shop Data information integration specification is utilized to derive a data driven reconfigurable MCM modeling methodology. A simulation model of a Boei ....etc

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Thermal shock on interfacial adhesion of thermally conditioned Glass fiber/epoxy


The fiber/matrix adhesion is most likely to control the overall mechanical behavior of fiber-reinforced composites. An interfacial reaction may result in various morphological modifications to polymer matrix microstructure in proximity to the fiber surface. The interactions between fiber and polymer matrix during thermal conditioning and thermal shock are important phenomena.

Thermal stresses were built-up in glass ....etc

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Abstract
The possibility of using finely ground waste glass as partial cement replacement in concrete was examined through three sets of tests: the lime-glass tests to assess the pozzolanic activity of ground glass, the compressive strength tests of concrete having 30% cement re-placed by ground glass to monitor the strength development, and the mortar bar tests to study the potential expansion. The results showed that ground glass having a particle size finer than 38 m did exhibit a pozzolanic behavior. A size effect was observed; ....etc

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Over the last decade, particle tracking microrheology has matured as a new tool for complex fluids research. The main advantages of microrheology over traditional macroscopic rheometry are: the required sample size is extremely small (~ 1 mL); local viscoelastic properties in a sample can be probed with high spatial resolution (~1-10 mm); and the sample is not disturbed by moving rheometer parts. I will present two examples of recent work in my group that highlight how these characteristics can be exploited to acquire unique information about t ....etc

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Definition

The fiber/matrix adhesion is most likely to control the overall mechanical behavior of fiber-reinforced composites. An interfacial reaction may result in various morphological modifications to polymer matrix microstructure in proximity to the fiber surface. The interactions between fiber and polymer matrix during thermal conditioning and thermal shock are important phenomena.

Thermal stresses were built-up in glass fiber reinforced epoxy composites by up-thermal shock cycles (negative to positive temperature exposure) for diff ....etc

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xperimental results on ?ber micro-buckling of continuous glass-?ber reinforced hollow-cored recycled plastic extrusions under creep tests are introduced. The full size specimens with dimensions in 2:5 Â 3:5 Â 42 in:3 were submerged in warm water at a temperature of 125 °F when they were under a four-point bending creep test. The results show that the micro-buckling of the embedded glass-?ber roving occurs along 90% the length of the specimen on the upper inner surface (compressive side) and mainly during the time bet ....etc

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