Examples of 'precipitation hardening' in a sentence
Meaning of "precipitation hardening"
precipitation hardening - This phrase refers to a heat treatment process used to increase the hardness of certain metals and alloys. It involves heating the material to a specific temperature, quenching it in water or oil, and then aging it to achieve the desired mechanical properties
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- Age hardening; a heat treatment technique to increase the yield strength of malleable materials.
How to use "precipitation hardening" in a sentence
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precipitation hardening
Some metals are classified as precipitation hardening metals.
Precipitation hardening in aluminum alloys.
Aluminum material having improved precipitation hardening.
It is a precipitation hardening superalloy.
These elements are effective for precipitation hardening.
The precipitation hardening effect results in an enhanced creep rupture strength.
The added copper specifically provides precipitation hardening.
Precipitation hardening superalloys exhibit yield strength anomaly over a considerable temperature range.
Vanadium increases yield strength effectively by precipitation hardening.
This leads to precipitation hardening.
They are used to refine the grain microstructure or facilitate precipitation hardening.
The various conditions in the precipitation hardening heat treatment are as follows.
V also has the effect of increasing strength through precipitation hardening.
Nitrogen has also a precipitation hardening effect which will decrease the compressibility.
Aluminum is also required for the precipitation hardening.
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Precipitation hardening via precipitation heat treatment is the main topic of discussion in this article.
Usually copper or aluminum is used as a precipitation hardening alloy additive.
Carbonitrideforming elements influence the properties of thermomechanically treated steels mainly by precipitation hardening.
It is strengthened by precipitation hardening.
The precipitation hardening heat treatment may also be performed during a galvanizing treatment step.
Fatigue resistance improvement by precipitation hardening thus has its limit.
Vanadium is a precipitation hardening element that will increase the strength of the steel after tempering.
Aluminium also stabilizes the ferrite phase and promotes precipitation hardening.
Deformation combined with precipitation hardening can achieve an extremely high yield strength in this material.
Indium and gallium may be added to improve the precipitation hardening of the alloy.
By precipitation hardening of Al compound.
There may also be a contribution of the nanoparticles to strength increase by a precipitation hardening mechanism.
Afterwards, precipitation hardening other than quenching is carried out.
They are used to refine the grain microstructure and / or facilitate precipitation hardening.
This effect is caused by an operation of precipitation hardening due to precipitation of e-Cu.
Precipitation hardening entailed a four hour age, followed by air cooling.
Traditionally, there is a number of various types of precipitation hardening mechanisms used in metal alloys.
Based on the precipitation hardening of the fine carbide, abrasion resistance is enhanced.
This terminology indicates hardening by mar tensitic transformation, with precipitation hardening by aging.
As a result, homogeneity of precipitation hardening during the precipitation hardening heat treatment decreases.
At the same time, the choice of coiling temperature has a crucial influence on precipitation hardening.
A step of performing a precipitation hardening heat treatment on the cold-rolled steel plate ;.
Mainly improving the plasticity and toughness of alloy steel, preparing for precipitation hardening.
Add copper precipitation hardening steel . Used in the manufacture of axial, steam turbine parts.
After quenching, the alloy is preferably age hardened to obtain the precipitation hardening effect.
Some precipitation hardening systems derive strength from Mg2Si or MgZn2 instead of CuA12.
Mo also has the effect of increasing strength through solid-solution hardening and precipitation hardening.
Substantial loss of precipitation hardening 34.
This indicates that under these conditions, the dominant strengthening mechanism is due to precipitation hardening.
Precipitation hardening When properly aged, lithium forms a metastable Al3Li phase ( δ ' ) with a coherent crystal structure.
Zirconium alloys can typically be strengthened by two mechanisms ; solid solution hardening and precipitation hardening.
Kova is a very high-strength, beryllium-free precipitation hardening alloy with medium-high electrical and thermal conductivity.
Nb, V and Ti are elements that increase the strength of steel by precipitation hardening.
Such a Cu precipitation hardening action or solution strengthening is manifested by addition of 0.2 % or more.
Thus, the " delta " response indicates the precipitation hardening response.
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