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Field construction objects concurrent engineering with use of three-dimensional technologies and transition to 4D level

Authors: V.Z. Kuzenkov, A.S. Andreev, M.Yu. Akhmedzhanov, N.V. Nikiforov, A.N. Rymshin, N.A. Povalkovich (TomskNIPIneft OJSC)
Cooperation of the divisions on the base of unified 3D model of the designed object within the bounds of the pilot project of the booster pump station of the Tomskneft VNK OJSC. Algorithm of carrying-out of projects with the use of 3D modeling is worked through. Unified three-dimensional model, including all the components of the developed project, is obtained. It is noted, that the capabilities of 3D model application is much broader and the model maintenance during the construction, operation, reconstruction and liquidation of field construction object is a perspective line. The advantages of optimization of the construction resources management with use of 4D technologies are given.
Cooperation of the divisions on the base of unified 3D model of the designed object within the bounds of the pilot project of the booster pump station of the Tomskneft VNK OJSC. Algorithm of carrying-out of projects with the use of 3D modeling is worked through. Unified three-dimensional model, including all the components of the developed project, is obtained. It is noted, that the capabilities of 3D model application is much broader and the model maintenance during the construction, operation, reconstruction and liquidation of field construction object is a perspective line. The advantages of optimization of the construction resources management with use of 4D technologies are given.


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