MECHANICAL APPLICATION OF GEOMETRIC FORMS IN FOUR-DIMENSIONAL SPACE

This article analyzes the modeling of basic geometric forms in four-dimensional space and their application in practical mechanics problems. The concept of four-dimensional space serves as an effective tool for modeling complex system motions, inter-dimensional transformations, and spatial interactions. Methods for the mathematical description of geometric forms and their use in force, moment, and deformation calculations are examined. The proposed approaches contribute to enhancing efficiency in practical applications and optimizing modeling processes.