DOI: 10.5937/jaes12-5021
This is an open access article distributed under the CC BY-NC-ND 4.0 terms and conditions.
Volume 12 article 286 pages: 145 - 152
Appropriate
regularization algorithm is proposed for choosing the regularization parameter
based on nosy immobilization viscosity data. Complex fluids as nanocelluose
based high consistency suspensions have very complex rheological behavior. This
paper describes Tikhonov regularization procedure for reducing the noise from
immobilization rheograms of nanocellulose based furnishes, performed on
immobilization cell at MCR 300 rheometer. Noise observed in immobilization
rheograms can make evaluation of data very complicated and lead to wrong
interpretation of rheological behavior observed. They are related to the change
of consistency accompanied with rearrangement of the particles during shear
induced dewatering accompanied with wall slip and boundary effects typical for
gel like nanocellulose suspensions. Hereby we propose a model with
regularization parameters suitable for applying to parallel disk data for
flocculated gel like high consistency suspensions while consistency increasing
mode upon shearing.
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