Low-pressure nitriding according to the FineLPN technology in multi-purpose vacuum furnaces
Date
2012Author
Kula, Piotr
Pietrasik, Robert
Wolowiec, Emilia
Januszewicz, Bartłomiej
Rzepkowski, Adam
Metadata
Show full item recordAbstract
Developing steady state models to conduct and control repeatable processes of low-pressure nitriding is not possible in practice as the nitrogen content in a nitrided layer depends not only on the nitriding parameters, but also on the content of alloying elements in steel and the nucleation stage which is difficult to control. Therefore, a new concept of conducting such processes has been proposed. It has been shown that application of an appropriate method of activation of steel parts surface makes the nucleation stage uniform and reduces its duration. A system based on artificial intelligence methods has also been proposed, which enables modelling and control of non-equilibrium processes of low-pressure nitriding of tool steels. This model is based on the "boost-diffusion" schedule of the process.
Collections
- Artykuły / Articles [16165]
Using this material is possible in accordance with the relevant provisions of fair use or other exceptions provided by law. Other use requires the consent of the holder.