Cederqvist, L., Reynolds, A.P., Sorenson, C.D., & Garpinger, O. (2010, May). Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature. 8th International Symposium.
Cederqvist L, Reynolds A P, Sorenson C D, et al. "Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature". 8th International Symposium (May.2010).
Cederqvist, L, Reynolds, A P, Sorenson, C D, et al. "Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature". 8th International Symposium (May.2010).
Cederqvist L., Reynolds A.P., Sorenson C.D. and Garpinger O.Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature. 8th International Symposium. 2010 May; .
Cederqvist, et al 2010, 'Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature', 8th International Symposium. Available from: https://www.twi-global.com/technical-knowledge/fsw-symposium-papers/FSWSymposia-201005-11Paper02.pdf.
Cederqvist L, Reynolds AP, Sorenson CD, Garpinger O. Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature. 8th International Symposium. 2010;. https://www.twi-global.com/technical-knowledge/fsw-symposium-papers/FSWSymposia-201005-11Paper02.pdf.
Cederqvist LL, Reynolds AP , Sorenson CD , Garpinger OO. Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature. 8th International Symposium. 2010 May;. https://www.twi-global.com/technical-knowledge/fsw-symposium-papers/FSWSymposia-201005-11Paper02.pdf.
Reliable FSW of copper canisters using improved process and regulator controlling power input and tool temperature
- Cederqvist L. ,
- Reynolds A.P. ,
- Sorenson C.D. ,
- et al
- Cederqvist L. ,
- Reynolds A.P. ,
- Sorenson C.D. and
- Garpinger O.
May 2010
Links
Repository
Description
A controller was developed and tested for the friction stir welding of copper canisters, used in the nuclear industry. The cascaded loop controller determines the power input requirement and tool temperature to achieve a stable, robust and repeatable process. Optimisation of the welding procedure resulted in a new shoulder geometry, as a convex scroll shoulder. The effects of surface treatment with CrN or AlTiN on probe life and crack formation were investigated. The improved process stability from welding in argon gas is discussed in terms of lower variations in thermal boundary conditions and elimination of shoulder wear.
8th International Symposium, 18-20 May 2010, Session 11: Process Control, Paper 02
Related Records
