@article{abff74f6-256e-4dc5-8e12-da487dec28cb,
author = {Markus Kolano, Manuel Brehmer, Matthias Kraume},
title = {Numerical Simulation
	of Viscoelastic Fluid Flow in Stirred Vessels},
journal = {Technical Transactions},
volume = {2016},
number = {Mechanics Issue 1-M (1) 2016},
year = {2016},
issn = {0011-4561},
pages = {129-140},keywords = {viscoelasticity; White-Metzner; PIV; OpenFOAM; dynamic mesh},
abstract = {In this work, a tool for calculating viscoelastic flows with rotating geometries in OpenFOAM based on the finite-volume method is presented. The tool combines the split-stress tensor approach and viscoelastic differential constitutive equations with the sliding-mesh technique. With this tool, a CFD simulation was run for a geometry of a spherical stirrer in an aqueous solution of carboxyl cellulose. Additionally, a rheological characterisation of that solution was conducted. For validation, the simulations were compared with flow field data acquired through particle image velocimetry measurements.},
doi = {10.4467/2353737XCT.16.013.4977},
url = {https://ejournals.eu/en/journal/czasopismo-techniczne/article/numerical-simulation-of-viscoelastic-fluid-flow-in-stirred-vessels}
}