Аutomation of the reinforcement of reinforced concrete structures in the Autodesk Revit program using Dynamo Studio

Objective . The aim of the work is to study the capabilities of the Dynamo Studio program as a tool for automating the design of reinforcement systems in Revit and to develop algorithms for reinforcing various structural elements: beams, columns, and floor slabs. Method . The study is based on methods for automating the reinforcement process of reinforced concrete structures in Autodesk Revit using Dynamo Studio. The paper considers the principles of working with the main nodes and geometric parameters of elements. Result. Methods for creating reinforcement cages for beams, columns, and floor slabs have been developed, taking into account their design features and geometric parameters. Algorithms for reinforcing beams, columns, and floor slabs are described. The main nodes and the sequence of actions for creating reinforcement cages are described. Conclusion . The results of the study demonstrate the possibility of effective automated design of reinforcement systems for reinforced concrete structures. The use of Dynamo Studio to automate the reinforcement process significantly increases labor productivity and ensures high-quality design documentation. The results of the study can serve as the basis for creating complex automated systems for the design of reinforcement structures. The findings confirm the practical significance of the results obtained and can be used by designers when developing building structures.