Bending & Tempering

Probabilistic Assessment of the Bending Strength of Chemically and Thermally Tempered Glass Specimens

Maurizio Froli & Leonardo Lani, University of Pisa

The strength of a structural glass component submitted to increasing loads depends strongly on many factors like temperature, humidity, loads introduction and also on the geometrical features of the component itself. It is well known that glass cannot develop plastic deformations and that it is so e...

New Horizons in Glass Processing

Vlad Sklyar & Mike Shevelev, Gyrotron Technology, Inc

New ways of treating glass by high frequency microwave (HFM) are described. Solution of heat equation with HFM as a heat source allows selecting the HFM optimal parameters such as uniformity, frequency and power density for thermal processing of automotive glass. Computed and experimental data for ...

Every Good Automotive Glass Production Machine Deserves a Reliable Camera Control Gate

Kimmo Simomaa, CCD Photonics Ltd

The methods of electronic imaging have been applied to control the esthetic quality of automotive glass production. The benefits and limitations of a low cost system have been discussed using some practical examples. The camera system is used in the final inspection of windscreens and in the initial...

40 Articles   Page 1 of 3   Articles 1 - 15

A C Woodward & C Hanley, Pilkington Automotive
Bernard Jean Savaëte, BJS.Différences
Nadezhda Kondratieva & Vladimir Zubkov, Testing Centre of Samara State University of Architecture and Civil Engineering
Alexander Chesnokov, Public Corporation Glass Institute
Stanislav Chesnokov, Moscow Engineering Physics Institute
Abhi Ray, University of Technology, Sydney
Dr Leon Jacob, Jacob and Associates Pty Ltd
Fred Veer, J. Zuidema & F.P.Bos Delft University of Technology
Mauri Saksala, Tamglass Ltd. Oy
Mizuki Nishi, Yoshinori Akamatsu, Shinji Nishikawa & Kentaro Tsutsumi, Central Glass Co., Ltd.
Mr. Ren Bartoe, Vesuvius
George Neuman, Anthony V. Longobardo, Daniel Prone
© Copyrights glassfiles.com by GPD
Supported By