Sentence examples for low transformation temperature from inspiring English sources
The theory, latest concepts and practice for the design of such low transformation temperature (LTT) filler alloys are considered.
Application of Low Transformation Temperature (LTT) consumables in welding is a recent approach to increase the fatigue strength of welds.
Fatigue strength of cruciform welds produced using Low Transformation Temperature (LTT) filler material has been compared to that of welds produced with a conventional filler material.
The fatigue threshold and high growth rate region properties of conventional welded joints were improved by using newly developed low transformation temperature welding wire.
The results provide new evidence on the temporary cessation of bainitic ferrite formation at abnormally low transformation temperatures.
In addition, an anomalous jerky behavior has been reported for the alloy with low transformation temperatures, which is discussed in terms of the possible mechanisms.
The microactuator heat treated at 973 K showed the highest transformation temperature with the lowest transformation temperature hysteresis, which is attractive for high speed actuation.
The rather low martensite transformation temperature of ternary Ni Mn Ga limits the operating temperature for potential applications.
1- 3-Methylimidazolium-1-yl pentane- trimethylammonium) bi[bis(trifluoromethan-esulfonyl)imide] (MIC5N1- 3-Methylimidazolium-1-yl pentane- trimethylammoniummation temperatures among analogues, and belongs to the greatest thermal stable ionic liquids.
Duplex and triplex microstructures consisting initially of ferrite plus carbide or of martensite, ferrite plus carbide, respectively, can undergo strain induced austenite formation during superplastic deformation at 30 K below Ae1 (Aequilibriumrium pearlite austenite transformation temperature) and low strain rate (e.g. 2×10−3 s−1).
Low-temperature cycling (22 °C < T < 450 °C) causes the transformation temperature to initially decrease and then stabilize.
