ИСПОЛЬЗОВАНИЕ ОТЕЧЕСТВЕННЫХ ПРОГРАММНЫХ ПРОДУКТОВ 3D МОДЕЛИРОВАНИЯ ПРИ ПРОЕКТИРОВАНИИ ИНЖЕНЕРНЫХ СЕТЕЙ

Abstract

This article analyzes the process of introducing information modeling technology in the construction industry of the Russian Federation. The problem of introducing domestic software products based on TIM technology is examined in detail: a comparative analysis of foreign and domestic TIM programs is carried out, based on the results of which the practical results of their application in the field of architectural design of capital construction projects are presented. Foreign TIM-POs do not have an absolute advantage, but in most respects they are superior to Russian products. Therefore, the authors of the study express the hope that this work will serve the development of domestic software products based on information modeling technology, by establishing communication between construction sector specialists and software product developers who will quickly respond to requests and constructive wishes of Russian users and develop their development. Subject of research. Advantages and disadvantages of programs in the engineering network design environment. Methods and materials: Two methods were used in the work: theoretical and practical, namely, the study of foreign and domestic 3D modeling software products for the design of engineering systems, review, and analysis of data from Internet resources on relevant issues. Results: Progress in the use of TIM technology in Russia will depend on the level of development of computer technology, operational analysis of the constructive wishes of TIM software users, software tools and automation of design processes. Conclusions: Design and construction organizations are actively gaining experience in the field of information design, as well as holding public events and conferences to exchange it; The government of the Russian Federation is actively developing regulations and documents regulating the rules and procedure for the introduction and use of digital technologies in construction; Currently, the implementation of TIM has been consolidated at the stage of design and development of documentation, but further implementation and training in the use of the TIM environment for all participants and at all stages of the life cycle of a construction project is necessary.