Andersson, C.G., Andrews, R.E., Dance, B.G.I., Russell, M.J., Olden, E.J., & Sanderson, R.M. (2000, June). A comparison of copper canister fabrication by the electron beam and friction stir processes. 2nd International Symposium.
Andersson C G, Andrews R E, Dance B G I, et al. "A comparison of copper canister fabrication by the electron beam and friction stir processes". 2nd International Symposium (Jun.2000).
Andersson, C G, Andrews, R E, Dance, B G I, et al. "A comparison of copper canister fabrication by the electron beam and friction stir processes". 2nd International Symposium (Jun.2000).
Andersson C.G., Andrews R.E., Dance B.G.I., Russell M.J., Olden E.J. and Sanderson R.M.A comparison of copper canister fabrication by the electron beam and friction stir processes. 2nd International Symposium. 2000 Jun; .
Andersson, et al 2000, 'A comparison of copper canister fabrication by the electron beam and friction stir processes', 2nd International Symposium. Available from: https://www.twi-global.com/technical-knowledge/fsw-symposium-papers/FSWSymposia-200006-5Paper01.pdf.
Andersson CG, Andrews RE, Dance BGI, Russell MJ, Olden EJ, Sanderson RM. A comparison of copper canister fabrication by the electron beam and friction stir processes. 2nd International Symposium. 2000;. https://www.twi-global.com/technical-knowledge/fsw-symposium-papers/FSWSymposia-200006-5Paper01.pdf.
Andersson CG , Andrews RE , Dance BGIG, Russell MJ , Olden EJ , Sanderson RM . A comparison of copper canister fabrication by the electron beam and friction stir processes. 2nd International Symposium. 2000 Jun;. https://www.twi-global.com/technical-knowledge/fsw-symposium-papers/FSWSymposia-200006-5Paper01.pdf.
A comparison of copper canister fabrication by the electron beam and friction stir processes
- Andersson C.G. ,
- Andrews R.E. ,
- Dance B.G.I. ,
- et al
- Andersson C.G. ,
- Andrews R.E. ,
- Dance B.G.I. ,
- Russell M.J. ,
- Olden E.J. and
- Sanderson R.M.
June 2000
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Description
Development work by TWI on behalf of the Swedish Nuclear Fuel & Waste Management Co. for the EB and friction stir welding of lids onto Cu radioactive waste disposal canisters (1050 mm diameter, 50 mm wall thickness) is reviewed. In 1986, when the project began, the only feasible welding process for a such a thickness of high thermal conductivity metal was high power EB welding. The invention of friction stir welding in 1991 provided a viable alternative, and a full size canister welding machine has been built. Both welding processes have been extensively modelled and studied experimentally, using test pieces of increasing size and complexity.
2nd International Symposium, 26-28 Jun 2000, Session 5, Paper 01
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