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The greater the case depth the higher the fatigue strength.
Plotting the case depth vs carburizing time, the required conditions for obtaining the specified case depth were determined.
In addition the effective case depth of plasma carburizing process has been increased up to ∼35% as compared with the case depth of a conventional gas carburizing process.
A 2.5-mm case depth is achieved on simple geometry parts, while a 1.5-mm case depth is obtained on parts with a groove of 2.0-mm radius.
It is observed that case depth has influence in fatigue properties of carburized steels.
The micro-hardness profiles were measured and used to demonstrate the case depth.
The microhardness profiles were obtained and used to demonstrate the case depth.
High surface microhardness (∼1300 HV) over a case depth of about 60 microns is obtained.
Nitrogen profiles show a case depth of about ~ 43 μm after nine hours of nitriding process.
Duplex treatment increased the case depth than the single stage treatment.
To determine the effective case depth, the microhardness test was performed on the cross-section of specimens.
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