A model of catalyst particles deposition and adhesion on the blade surface of flue gas turbine was promoted, treating the collision between catalyst particles and the blade surface as elastic-perfectly plastic spheres collision with rigid plane, which was used as the basis of numerical calculations. The results showed that the location of catalyst particles deposition and adhesion on the blade surface of flue gas turbine predicted by the model was consistent with the location of deposition and adhesion found in actual conditions, proving that the model can predict the occurrence location of the catalyst particles deposition and adhesion effectively.
Shuaifu CHEN Jianjun WANG Youhai JIN
. Model of Particle Deposition and Adhesion on Blade Surface of Flue Gas Turbine[J]. The Chinese Journal of Process Engineering, 2018
, 18(3)
: 447
-453
.
DOI: 10.12034/j.issn.1009-606X.217291
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