Examples of 'martensitic transformation' in a sentence
Meaning of "martensitic transformation"
martensitic transformation: This term refers to a type of phase transformation in materials science and metallurgy, specifically in the context of steel or other alloys exhibiting a specific crystal structure change known as martensite
How to use "martensitic transformation" in a sentence
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martensitic transformation
The martensitic transformation is not well understood.
Parts were cooled to obtain a hardening by martensitic transformation.
The martensitic transformation has the e ect of breaking this symmetry.
Quenching is responsible for martensitic transformation.
Associated with the martensitic transformation is a volume expansion of those precipitates.
Phenomenon is due to the reversible thermoelastic martensitic transformation.
This reversible martensitic transformation gives rise to the shape memory properties of the alloys.
The structure phase transformation of these materials is known as a martensitic transformation.
The martensitic transformation can be induced both thermally and through the application of stress.
The quench blocks initiate the martensitic transformation of the steel.
Shot peening at cryogenic temperature in this case improves the initiation of the martensitic transformation.
The zirconia particles are able to undergo the martensitic transformation under the influence of ultrasound.
The martensitic transformation is then obtained by rapid cooling to a temperature below MS.
Cr also acts to stabilize the austenitic phase with respect to martensitic transformation.
For this purpose, martensitic transformation cycles were made to refine microstructures.
See also
There is no reason here not to coil the strip in the martensitic transformation range.
Since the martensitic transformation does not involve diffusion, it occurs almost.
Process for improving the ductility of a product of alloy involving martensitic transformation and use thereof.
The martensitic transformation point is measured using the following formula,.
The zirconia particles may also undergo the martensitic transformation upon exposure to a chemical trigger.
C acts to stabilize the austenite phase and inhibits deformation-induced martensitic transformation.
It only slightly decreases the martensitic transformation temperature when the Co content is less than 6 %.
This phenomenon is due to a thermo-elastic martensitic transformation.
Its measured martensitic transformation temperature Ms is preferably greater than or equal to 100 ° C.
Then, parts were cooled to obtain a hardening by martensitic transformation.
Its measured martensitic transformation temperature Ms may be greater than or equal to 140 ° C.
This shape-memory phenomenon is due to reversible thermoelastic martensitic transformation.
The measured martensitic transformation temperature Ms thereof may be greater than or equal to 140 ° C.
With increasing temperature, cavitation gradually disappears and martensitic transformation is delayed.
The measured martensitic transformation temperature Ms thereof is preferably greater than or equal to 100 ° C.
Otherwise, bainitic transformation can take place at a significant amount instead of martensitic transformation.
In addition, the martensitic transformation treatment time is 1 second to 100 seconds.
Thus, more microscopic gas phases appear in the steel during this martensitic transformation.
In addition, it is desirable that a martensitic transformation finishing temperature ( Mf ( °C ) ) is room temperature.
As it is cooled, the Nitinol material preferably undergoes martensitic transformation.
The martensitic transformation temperature is then situated between 30 and 40°C.
The chemical composition, surface morphology, torsion resistance and martensitic transformation induced by stress were investigated.
The measured martensitic transformation temperature Ms was 220 ° C.
Abstract, This study deals with plasticity caused by martensitic transformation.
A preferable lower limit of a martensitic transformation start temperature is 300°C and a preferable upper limit thereof is 350°C.
Further, the homogenization treatment also involves homogenization of the martensitic transformation temperature Ms.
They take their source in a physical phenomenon of change of solid-solid phase named Martensitic Transformation.
LOTERRE, Heat transfers, martensitic transformation.
Further, in general, transformation that starts at 250°C or less is a martensitic transformation.
C, up to 0.20 % C acts to stabilize the austenite phase and inhibits deformation-induced martensitic transformation.
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Martensitic steels are not resistant to intergranular corrosion
Parts were cooled to obtain a hardening by martensitic transformation
The martensitic transformation is not well understood
