Abstract
In this paper, a model for determining the moisture and thermal diffusivities in a cylindrical object subjected to frying is provided. In the frying experiments, the sausages were used as cylindrical samples and experimental measurements of the changes in temperature and moisture of these samples during deep oil-frying at 180 °C were carried out. The data obtained were used in the model. In the modelling study, a new parameter was defined as frying coefficient by making a similarity between cooling and frying. As a result, the thermal diffusivity and moisture diffusivity for a sausage were determined with a high accuracy in a simple manner. It can be concluded that the proposed approach is an effective tool in determining such parameters for cylindrical samples for practical frying applications.
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