The hydrodynamic equations for a long-bowl centrifuge can be simplified to obtain a one-dimensional differential equation for the variation of the dimensionless axial velocity in the radial direction. Subject to the boundary conditions and conservation of mass, the equation may be integrated directly to provide the solution. For high rotational speeds the solution can be simplified when certain simplifying assumptions are made. The simplified solutions are often used to obtain the separation parameters required in the analysis of centrifuges and associated cascades. In this study the differential equation was revisited and a finite element solution of the differential
equation was developed. The original solution was also studied and it was found to be consistent with the finite element solution. It was also found that the finite element solution does not suffer from the singularities present in the simplified solutions, particularly at lower rotational speeds.
DU TOIT C.G.;
MERCURIO Giovanni;
2013-09-05
SPLG Organizing Comitee - CEA
JRC69495
https://www.sfen.fr/SPLG-2012,
https://publications.jrc.ec.europa.eu/repository/handle/JRC69495,
| Name | Country | City | Type |
|---|
This document is only visible at the Commission level.
You are not authorized to publish or distribute it outside the European Commission.
This is a public document. You can share this publication.
Datasets
| ID | Title | Public URL |
|---|
Dataset collections
| ID | Acronym | Title | Public URL |
|---|
Scripts / source codes
| Description | Public URL |
|---|
Additional supporting files
| File name | Description | File type |
|---|