The analytical description of deformation curves for contacting bodies in a squeezing module is analyzed. It is established that empirical "stress-relative strain-relative moisture" relationships can effectively describe the deformation curves of both the squeezed material and the moisture-permeable elastic coating of the rollers when addressing contact and hydraulic issues in roller squeezing. Engineering models were developed to calculate the ratio of deformation rates for the contacting bodies in the squeezing area, based on these "stress-relative strain-relative moisture" relationships. It is also noted that the geometric parameters of the squeezing module influence the deformation rates of the contacting bodies in this area.
Khurramov et al. (Tue,) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: