MATHEMATICAL MODEL OF THE CLOTH STEAM CAPACITY
The article contains the results of the experiment on the steam capacity of the various types of cloth through the three types of material and sample pieces affixed to it. The task was to formulate the sample pieces indicating how the cloth will behave itself on the subsequent time span at fluctuation of the temperature conditions, densities and velocities of the air. The diverting of the affixed linear and nonlinear sample pieces by the method of least squares is traced and the conclusion that the nonlinear sample piece gives the best effect with an average error at 1.75 time less than linear for each type of material and in 6,43 times less than linear for all three materials in the aggregate is drawn.