Evaluation of molten zone in glass welding using ultra-short pulsed laser

Zazuli Bin Mohid; Yasuhiro Okamoto; Keishi Yamamoto; Yoshiyuki Uno; Isamu Miyamoto; Kristian Cvecek; Michael Schmidt; Peter Bechtold

Evaluation of molten zone in glass welding using ultra-short pulsed laser

Zazuli Bin Mohid, Yasuhiro Okamoto, Keishi Yamamoto, Yoshiyuki Uno, Isamu Miyamoto, Kristian Cvecek, Michael Schmidt, Peter Bechtold

Research output: Contribution to conference › Paper › peer-review

2 Citations (Scopus)

Abstract

Fusion welding is well known as the most promising technique in glass joining, since joining can be accomplished without any intermediate layer and mechanical contact. High precision, small heat-affected zone (HAZ) and small shock-affected zone (SAZ) by ultra-short pulsed laser make it possible to perform the process with minimal damages to the surrounding area. However, there still remained a lot of things to be clarified in this process, since glass materials are very sensitive to temperature gradients and available in different thermal properties. In this study, molten zones created by ultra-short pulsed laser in borosilicate glass and fused silica glass were evaluated. Laser irradiation was carried out inside the glass under various processing conditions. Molten zone was observed visually, and its mechanical strength was measured using three points bending test.

Original language	English
Publication status	Published - Dec 1 2009
Event	5th International Conference on Leading Edge Manufacturing in 21st Century, LEM 2009 - Osaka, Japan Duration: Dec 2 2009 → Dec 4 2009

Other

Other	5th International Conference on Leading Edge Manufacturing in 21st Century, LEM 2009
Country	Japan
City	Osaka
Period	12/2/09 → 12/4/09

Keywords

Borosilicate glass
Bubbles
Fused silica glass
Glass welding
Molten zone
Ultra-short pulse laser

ASJC Scopus subject areas

Industrial and Manufacturing Engineering

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Evaluation of molten zone in glass welding using ultra-short pulsed laser. / Mohid, Zazuli Bin; Okamoto, Yasuhiro; Yamamoto, Keishi; Uno, Yoshiyuki; Miyamoto, Isamu; Cvecek, Kristian; Schmidt, Michael; Bechtold, Peter.

2009. Paper presented at 5th International Conference on Leading Edge Manufacturing in 21st Century, LEM 2009, Osaka, Japan.

Research output: Contribution to conference › Paper › peer-review

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title = "Evaluation of molten zone in glass welding using ultra-short pulsed laser",

abstract = "Fusion welding is well known as the most promising technique in glass joining, since joining can be accomplished without any intermediate layer and mechanical contact. High precision, small heat-affected zone (HAZ) and small shock-affected zone (SAZ) by ultra-short pulsed laser make it possible to perform the process with minimal damages to the surrounding area. However, there still remained a lot of things to be clarified in this process, since glass materials are very sensitive to temperature gradients and available in different thermal properties. In this study, molten zones created by ultra-short pulsed laser in borosilicate glass and fused silica glass were evaluated. Laser irradiation was carried out inside the glass under various processing conditions. Molten zone was observed visually, and its mechanical strength was measured using three points bending test.",

keywords = "Borosilicate glass, Bubbles, Fused silica glass, Glass welding, Molten zone, Ultra-short pulse laser",

author = "Mohid, {Zazuli Bin} and Yasuhiro Okamoto and Keishi Yamamoto and Yoshiyuki Uno and Isamu Miyamoto and Kristian Cvecek and Michael Schmidt and Peter Bechtold",

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T1 - Evaluation of molten zone in glass welding using ultra-short pulsed laser

AU - Mohid, Zazuli Bin

AU - Okamoto, Yasuhiro

AU - Yamamoto, Keishi

AU - Uno, Yoshiyuki

AU - Miyamoto, Isamu

AU - Cvecek, Kristian

AU - Schmidt, Michael

AU - Bechtold, Peter

PY - 2009/12/1

Y1 - 2009/12/1

N2 - Fusion welding is well known as the most promising technique in glass joining, since joining can be accomplished without any intermediate layer and mechanical contact. High precision, small heat-affected zone (HAZ) and small shock-affected zone (SAZ) by ultra-short pulsed laser make it possible to perform the process with minimal damages to the surrounding area. However, there still remained a lot of things to be clarified in this process, since glass materials are very sensitive to temperature gradients and available in different thermal properties. In this study, molten zones created by ultra-short pulsed laser in borosilicate glass and fused silica glass were evaluated. Laser irradiation was carried out inside the glass under various processing conditions. Molten zone was observed visually, and its mechanical strength was measured using three points bending test.

AB - Fusion welding is well known as the most promising technique in glass joining, since joining can be accomplished without any intermediate layer and mechanical contact. High precision, small heat-affected zone (HAZ) and small shock-affected zone (SAZ) by ultra-short pulsed laser make it possible to perform the process with minimal damages to the surrounding area. However, there still remained a lot of things to be clarified in this process, since glass materials are very sensitive to temperature gradients and available in different thermal properties. In this study, molten zones created by ultra-short pulsed laser in borosilicate glass and fused silica glass were evaluated. Laser irradiation was carried out inside the glass under various processing conditions. Molten zone was observed visually, and its mechanical strength was measured using three points bending test.

KW - Borosilicate glass

KW - Bubbles

KW - Fused silica glass

KW - Glass welding

KW - Molten zone

KW - Ultra-short pulse laser

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