Sentence examples for finish temperature from inspiring English sources

If Ta is above the austenite finish temperature, Af, the relaxation will be complete.

The austenite finish temperature Af remains on the other hand constant.

The martensite finish temperature and transformation hysteresis of the alloy were determined to be 181.0 °C and ∼8.5 °C respectively.

Both, the martensite start temperature (Ms) and austenite finish temperature (Af) of these nanostructured films decreases with decreasing grain size.

The natural frequencies changed slightly at a temperature above the austenite finish temperature of composite beams with embedded non-prestrained SMA wires.

The values of Ac1 and Ac3 (onset and finish temperature of austenitic transformation, respectively) are increased by increasing the tantalum content.

The volume fraction of the metastable ω phase was monitored as the reverse phase transformation occurred: the start and finish temperatures being 470 and 550 K, respectively, during heating at 3 K min−1.

Experimental results show that all transformations to the B19′ phase (B2 B19′, R B19′, B19 B19′) demonstrate a substantial isothermal accumulation of martensite during isothermal dwelling between the martensitic transformation start and finish temperatures.

Furthermore, it was experimentally demonstrated that the hydrostatic pressure stabilizes the untransformed austenite; however, the austenite stabilization effect alone is not large enough to fully explain a large gap between martensite start and finish temperatures in steel.

Well balanced properties, i.e. strength about 2000 MPa and ductility more than 10 – 15%, can be achieved by an application of advanced heat treatment methods like Q-P (quenching and partitioning) process, consisting in quenching at intervals between martensite start and martensite finish temperatures resulting in stabilization of untransformed austenite by partitioning carbon.

Automated resistance measurements during thermal cycling between −20 and 250 °C revealed a wide composition range that undergoes reversible phase transformations with martensite transformation start temperatures, reverse transformation finish temperatures and transformation hysteresis ranging from −15 to 149 °C, 5 to 185 °C and 8 to 60 K, respectively.