In-situ synchrotron difraction studies on the formation, decomposition and stabiisation of austenite in TRIP steels during simulated weld thermal cycles.

Amirthalingam, M.; Hermans, M.J.M.; Huizenga, R.M.; Offerman, S.E.; Sietsma, J.; Richardson, I.M.

In-situ synchrotron difraction studies on the formation, decomposition and stabiisation of austenite in TRIP steels during simulated weld thermal cycles.

Book chapter (2014)

Authors

M. Amirthalingam OLD Metals Processing, Microstructures and Properties

M.J.M. Hermans OLD Metals Processing, Microstructures and Properties

R.M. Huizenga OLD Metals Processing, Microstructures and Properties

S.E. Offerman OLD Metals Processing, Microstructures and Properties

J. Sietsma OLD Metals Processing, Microstructures and Properties

I.M. Richardson OLD Metals Processing, Microstructures and Properties

Research Group

OLD Metals Processing, Microstructures and Properties

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Published Date

2014

Language

English

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Research Group

OLD Metals Processing, Microstructures and Properties