Analiza stopnia skomplikowania modeli BIM, z wyszczególnieniem liczby kolizji w modelu

Abstract

BIM (Building Information Modelling) is the leading standard in the design of engineering structures. The concept, which was born in the 1970s, has been gaining popularity since the beginning of the current century. Until nowadays, it was present mainly on the British market, and now it starts to be commonly used also across Polish construction companies. Along with the development of the new convention, previously unforeseen challenges are appearing. One of the main assets of BIM, is to store all of the project data in shared models. This applies to all disciplines involved in the project’s life cycle: construction, HVAC, plumbing, electrical, etc. In large projects, such models can grow to an overwhelming size, making coordination between disciplines and overall project management much more difficult. The purpose of this thesis is to analyze the complexity of BIM models. The main focus is on clashes between objects and their impact on model development. In addition to this, the complexity of the models should be analyzed in terms of the number of objects, the relationships between them, and the affiliation to each category. The analysis can be conducted in the form of a comparison between models of different types of buildings.