Sorting of intersection collisions

Abstract

The article describes the features of the transition to information modeling at the design stage, which lead to an increase in the number of digital information models. Quantitative and qualitative improvement of models entails an increase in the time spent by highly qualified labor resources. A method is proposed for sorting intersection collisions for their subsequent correction in order to rationalize the use of labor resources in design organizations, and the organization of work to improve the quality of digital information models, and design solutions in general. Thus, using the collision sorting method, assigning weights to elements, it is possible to increase the productivity of qualified engineers through the rational use of labor resources. The greatest number of collisions consist of the intersection of walls with walls, from this it can be concluded that the tool with which the walls are modeled is used incorrectly, there is probably a duplication of elements. The value of weak intersections in the future can be reduced, thereby the verification conditions will become tougher, there will be more intersection collisions, the quality of the CIM will increase after their correction. The values of the weights in this study are assigned based on the fact that the load-bearing elements have a higher priority. As further research, it is possible to determine the weights for most of the CIM elements in different types of capital construction projects by expert evaluation and make methodological recommendations.