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Modeling of unsteadiness process of titanium sponge separation

Bekker V. F.  (candidate of technical science, prof. on automation department in Berezniki branch of Perm national polytechnic research university)

Erypalova M. N.  (candidate of technical science, assoc. prof. on automation department in Berezniki branch of Perm national polytechnic research university)

Zatonskiy A. V.  (doctor of technical science, head of automation department in Berezniki branch of Perm national polytechnic research university)

The principles of modeling of titanium sponge separation oven as a non-stationary controlled object are given. It is proved that the unsteadiness of the separation process is deterministic. Dependences of the adjustment of the temperature and time parameters of the separation process are formulated. The assumptions are substantiated and mathematical simulation of the thermal regime of the separation apparatus is produced. The authors propose to identify the parameters of the mathematical mode taking in account the thermo-physical state parameters and properties of the material components of the non-stationary thermal object. A study of the compliance of obtained dependences to the physics of the separation process on the existing production is produced. The possibility of using the obtained deterministic unsteadiness for thermal management device separation of titanium sponge is shown.

Keywords:unsteadiness, separation, titanium sponge, heat treatment, mathematical modeling

 

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Citation link:
Bekker V. F., Erypalova M. N., Zatonskiy A. V. Modeling of unsteadiness process of titanium sponge separation // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2013. -№09-10. -С. 19-27
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