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High temperature fatigue crack growth behaviour of TIMETAL 21S in an oxidizing environment.
The high temperature fatigue crack growth behaviour of the newly developed, metastable titanium-based alloy, TIMETAL 21S, was investigated in an inert and an oxidizing environment. The investigation adopted a two pronged ...
The influence of sulphidizing attack on the mechanism of failure of coated superalloy under cyclic loading conditions.
A systematic study of the effect of sulphidizing atmosphere on the High Temperature Low Cycle Fatigue (HTLCF) properties of coated and uncoated unidirectionally solidified MARM002 nickel base superalloy was performed at ...