This paper proposes advanced manufacturing method of adhesive assembly of multilayer devices with variable cross-section that allows expanding possibilities for the use of modern polymer composite materials (PCM) in the manufacture of products of aerospace and aviation industry. We investigated the interrelation between pressure of directional hot air flow and pore volume fraction in solidified material of multilayer device of adhesive assembly with variable cross-section during layer-by-layer application. The methodology of efficient control of pore content during adhesive assembly of devices is developed on the basis of the results of laboratory studies.
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