A new hybrid slurry CFD model compared with experimental results

MacKenzie, Alasdair and Škurić, Vanja and Stickland, MT and Dempster, WM (2017) A new hybrid slurry CFD model compared with experimental results. In: 12th OpenFOAM® Workshop, 2017-07-24 - 2017-07-27, University of Exeter.

[thumbnail of Mackenzie-etal-OpenFoam-2017-new-hybrid-slurry-CFD-model-compared-with-experimental-results]
Text. Filename: Mackenzie_etal_OpenFoam_2017_new_hybrid_slurry_CFD_model_compared_with_experimental_results.pdf
Final Published Version

Download (322kB)| Preview
[thumbnail of MacKenzie-etal-OpenFoam-2017-new-hybrid-slurry-CFD-model-compared-with-experimental-results-presentation]
Text. Filename: MacKenzie_etal_OpenFoam_2017_new_hybrid_slurry_CFD_model_compared_with_experimental_results_presentation.pdf
Download (5MB)| Preview


Erosion is a large problem in many industries. CFD modelling is used to model the process in order to enable the engineer to design better equipment. This paper discusses a novel solution to reduce computational effort, using OpenFOAM to combine two exiting solvers. The two phases of the bulk flow are modelled partially in the Eulerian-Eulerian reference frame, and partially in the Eulerian-Lagrangian frame. The method aims to reduce computational time, but still keep the necessary particle impact data at the wall required for erosion modelling. This paper is a continuation of a previous paper which was concentrated on the development of the new hybrid solver. The new solver was applied to different geometries and test cases, and was validated against experimental data. A submerged jet impingement test with different shaped impingement samples was used to generate experimental data of the fluid phase. The results show a promising outlook for the new solver to be used for more efficient erosion prediction.