Abstract
The main provisions of the new methods for diagnosing and assessing the stress-strain state of natural gas filter-separators are presented with deviations in the size and position of structural elements that are beyond the criteria of the current methods. The current methods contain instructions for constructing a geometric model of the quick-opening closures, which includes most of the deviations of the filter-separator group. It substantiates a generalized mathematical model for calculating and analyzing the stress-strain state of a tightening node by the finite element method. Offers the construction of a reduced generalized experimental model for the implementation of resistive strain measurement. Provides an algorithm for evaluating the performance of filter-separators combining the results of computational and experimental studies.
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