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Collaborative Welding Research in Australia Leading to the Development and Application of Welding Technology for Improved Productivity in Gas Transmission Pipeline Construction and Aluminium Shipbuilding


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1 Welding Technology Institute of Australia, Australia
     

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As part of a comprehensive program of welding research and technology development under the auspices of the Cooperative Research Centre for Materials Welding and Joining in Australia over the past 7 years, significant effort has been devoted to reducing the costs of welding-related pipeline construction activities including:

• early release of the internal line-up clamp;

• lifting and lowering-off while ischolar_main pass welding is being completed;

• use of high strength cellulose electrodes for ischolar_main welding of API 5L X70 and X80 grade pipe;

• rationalization of the defect acceptance criteria for flaws in girth welds in thin-walled pipe.


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  • Collaborative Welding Research in Australia Leading to the Development and Application of Welding Technology for Improved Productivity in Gas Transmission Pipeline Construction and Aluminium Shipbuilding

Abstract Views: 234  |  PDF Views: 5

Authors

D. Henderson
Welding Technology Institute of Australia, Australia
C. Smallbone
Welding Technology Institute of Australia, Australia

Abstract


As part of a comprehensive program of welding research and technology development under the auspices of the Cooperative Research Centre for Materials Welding and Joining in Australia over the past 7 years, significant effort has been devoted to reducing the costs of welding-related pipeline construction activities including:

• early release of the internal line-up clamp;

• lifting and lowering-off while ischolar_main pass welding is being completed;

• use of high strength cellulose electrodes for ischolar_main welding of API 5L X70 and X80 grade pipe;

• rationalization of the defect acceptance criteria for flaws in girth welds in thin-walled pipe.