Abstract
A new numerical-analytical method was developed for constructing a folded configuration of an inflation balloon using Archimedes spirals as functions that approximate the cross-sectional profile. The proposed method is implemented in a console application for Windows, which allows in the shortest possible time to create models of cylinders of various sizes and types of installation. The efficiency of the created algorithm is shown by the example of solving two test problems. A good correlation of the simulation results with experimental data was obtained. The construction of the folded inflation balloon configurations was carried out on the basis of the created program module.
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