Mathematical models of the shape of the contact curves of the squeezing rolls are obtained. Based on the analysis of the phenomenon of interaction and filtration of moisture in the squeezing module, calculation formulas are obtained for determining the ratio of the deformation rates of the contacting bodies. It is revealed that with an increase in the thickness of the material, the ratio of the deformation rates during compression increases. It is established that an increase in the thickness of the roll coating leads to an increase in the ratio of the deformation rates during compression.
Khurramov et al. (Fri,) studied this question.