Examples of 'hardenability' in a sentence
Meaning of "hardenability"
hardenability (noun) - a term used in metallurgy to describe the ability of a material to be hardened by heat treatment, such as quenching or tempering, resulting in increased hardness and strength
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- The quality or degree of being hardenable.
How to use "hardenability" in a sentence
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hardenability
A correct hardenability is achieved with suitable alloying.
Carbon is also an important hardenability promoting element.
Hardenability can be enhanced through incorporation of such elements.
B is an element that improves hardenability of a steel sheet.
C improves hardenability and increases strength of steel.
B is an element that increases hardenability and strength.
Higher hardenability will result in increase in the strength of steel.
You can not influence the hardenability if it is dissolved.
Mo is an element that has the effect of improving hardenability.
The effect of boron on hardenability is crucial.
B is used to promote strength properties and to improve hardenability.
Cr increases the hardenability of the steel.
Vanadium has little influence on hardenability.
B increases the hardenability of the steel.
Cr is an element having a function to improve the hardenability of steel.
See also
The unit of hardenability is length.
Mn is an element for improving the strength and hardenability.
It also adds to hardenability of steel.
Mn is an element for increasing the hardenability.
Jominy hardenability test.
This information is plotted on a hardenability graph.
The hardenability of the material is a virtue of its specific chemical structure.
It gives the steel a good hardenability and toughness.
Mo is known to have a very favourable effect on the hardenability.
Chromium generally increases the hardenability of steel on direct quenching.
This may in some cases cause unstable hardenability.
The hardenability of the steels was measured through comparative dilatometer measurements.
Such a material is said to have its hardenability increased.
The bake hardenability of steel substrates themselves could not be beneficially utilized.
Mn is an element for causing enhancement in hardenability of a steel sheet.
Hardenability of this steel is acceptable because the martensite is produced at these deeper levels.
Mo is an element useful for improving hardenability of a steel sheet.
Mo is a ferrite stabilizer and is known to have a very favourable effect on the hardenability.
Nickel may act to increase hardenability and impact strength.
Ni facilitates the formation of martensite through improvement of hardenability.
Nickel gives the steel a good hardenability and toughness.
An important consideration in the production of rails is the quality known as hardenability.
Mn improves the hardenability.
Refinement and deformation of the austenite grains also reduces martensitic hardenability.
A steel material for steel pipe better in hardenability is therefore necessary.
The steel sheet according to the present invention exhibits paint bake hardenability.
Chromium also is the most important hardenability promoting element of the steel.
Chromium may also have a beneficial effect on hardenability.
Boron steel has excellent hardenability due to the addition of small quantities of boron.
Cr is an element for improving the hardenability.
The hardenability of steel and welding consumables appears from their carbon equivalent value.
Boron has a strong effect on the hardenability of the steel.
Hardenability The ability of a steel to be hardened.
Chrome is added to increase hardenability.
Such an addition increases the quench hardenability and contributes to the elimination of proeucectoid ferrite.
