This is a one-floor deck, ten-track production hall, with the 2-storey object of the administrative building with a total area 18200m2. The bearing structure consists of a prefabricated reinforced concrete frame (columns, beams, ceilings, administrative building, foundation beams), based on the piles (columns cantilevered to heads of piles), combined with the steel structure of the roof (roof trusses), secondary vertical steel elements and thin-walled purlins with trapezoidal sheet. Part of the construction is the monolithic structure of the technology channel, pits and devices. All bearing structures have been solved in the “as-built” project, the construction of prefabricated reinforced concrete and steel elements up to the level of the production documentation. The overall dimensions of object are 214x85m. Height is quite indented, the maximum height of the object is at the level of 18 m on the ground, the greater part of the Hall is at level 14, 0 m above the terrain. The depth of the columns foot is in some places reaching up to 4 m below ground level. Building construction represents the 4 dilatation units. The floors were designed as slabs reinforcement with steel-fibers.
The interesting thing about the project was that, even though on the model of the structure at some point worked for up to 8 people (but only three of them were working on a shared model in our projection – the others worked in the form of the exchange of data between different software), we were able to project the entire bearing construction to coordinate and merge in one model in the program-TEKLA. We are minimized the collision of each parts and we made due to the enormous time pressure to effectively divide the work between multiple engineers. We also to avoid inaccuracies in the various types of structures – e.g. anchorage of additional steel constructions to the reinforced concrete monolithic constructions. Also thanks to the abovementioned facts were the building managed to finish at the scheduled time and without any major complications and delays.
