BIM based hygrothermal modelling of building constructions

The construction industry is currently one of the least digitised. However, due to recent technological developments, building information modelling and management (BIM) systems are increasingly being used increase efficiency constructions sustainable use resources energy buildings. In case new or renovations, properly designed hygrothermal behaviour materials, elements structures unavoidable achieve objectives mentioned above. Therefore, we can ensure comfort our users healthy living space.BIM most suitable widespread method for digital stock related data integration. With possibilities offered by BIM, it possible integrate physical right into architectural design process. with standard BIM systems, cannot embed detailed material properties, weather, effects natural built environment in model heat moisture transfer (HAM) performance evaluation at present. Furthermore, exchange process one-way mainly unregulated between numerical simulation tools.In presented paper, both a Closed an Open based workflow bridge gap components constructions, that contribute sustainable, economic optimal also could be basis artificial intelligence-based optimised solutions.