Mathematical support tasks in the design of load bearing structures of radioelectronic devices

Abstract

Using the example of design processes for load‑bearing structures of radioelectronic devices, methodological aspects of formalizing design problems through mathematical modeling are considered. It is shown that the entire set of new theoretical tools should ensure the possibility of building a systemic model with sufficient depth and adequacy, while accounting for the model’s requirements for initial information; contribute to solving the problem of determining the rational composition of system elements and coordinating internal system connections; and allow effective separation of the system from its environment, among other tasks.