Abstract
BIM idea is increasing the productivity of work. Multidimensional solutions implemented in BIM systems not only allow many structural calculations, but also access the better scheduling, cost estimating, visualizations. In some cases both software and hardware can be a bottleneck. To create an interaction between BIM philosophy and practice of the structural design the experimental research has tested eight structural systems of the high-rise building by way of Building Information Modelling. Multiple variants of the two main bracing system types: (i) a spatial truss and (ii) a spatial shell bracing system. In every model there was checked influence of slab model: with slabs meeting the conditions of a rigid plate (flexible diaphragm slab) and with slabs with no additional stiffening (shell slab). The ULS and SLS requirements were analysed for elements and superstructure. In addition, selected issues concerning scheduling of works (4D BIM) and cost estimating (5D BIM) were discussed with the extensive 3D model developed in line with the BIM standards. Rapid prototyping has enabled to realize the behaviour of structural systems. The outputs of this study are presented in the paper.
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