| dc.description.abstract | A mathematical model of the deformation curve of a leather
semi-finished product after dyeing and fat-liquoring operations was
obtained. The model establishes a relationship between compressive stress,
relative deformation, and relative humidity. The study found that leather
experiences the greatest compression deformation almost immediately upon
the application of a load. It was observed that as the compressive load
increases, so does the deformation of the leather, with the limit value being
dependent on the moisture content. It was also discovered that lower
moisture content in leather results in lower deformation. | en_US |
