The eutectoid phase transition in the iron carbon system takes place at 727 C. The three components in equilibrium at this temperature are Austenite, g, with the composition Fe - 0.77 wt % C, Ferrite, ...

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THE lattice parameters of martensite and austenite in steels (carbon content varying from 0.57 to 1.74 per cent) have been extensively studied; but considerable discrepancies exist in the values ...

A Detailed Look at Cryogenic Processing of High-Cr Steels In the quest for cleaner energy solutions, hydrogen stands out as a ...

A recent article in Materials & Design presented an in-situ study of compression creep and stress relaxation in a Fe-based ...

This is possible, because Shape Memory Alloys, unlike other alloys, can co-exist in two phases: Martensite and austenite. In its cool state, an SMA remains in the martensite phase and can be ...

For solid state metallurgists the austenite-ferrite phase transformation in steels remains the most challenging and inspiring topic in the field. As it is our principal tool to create desired ...

We offer a long-established service to the steel industry for the measurement of retained austenite contents in ferrous steels using methods based on ASTM Standard Practice E975-84. Quantitative Phase ...

The transition from austenite to phases stable at lower temperatures also takes place when the material is cooled at a constant rate. The diagram illustrates the transition zone (yellow) and also ...