Applied Methods for Designing Developments of Composite Transition Surfaces from Sheet Material for Industrial and Construction Purposes

This paper explores construction and modelling methods used to create composite transition surfaces from sheet material, with an emphasis on the fabrication of their developments. The main objective is to present effective approaches for generating developments that ensure precision in the design of transition surfaces for a variety of industrial applications. The geometric aspects of designing diverse transitional forms are fully examined, along with optimisation opportunities in the design of their developments through the use of modern CAD technologies. Practical examples and theoretical analysis highlight the key factors with significant impact on the quality and efficiency in the design of composite transition surfaces made from sheet material in the context of modern industrial production and construction.