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Integrating CFD & HT models with the general building program raises the computational time of building simulations as these simulations are usually performed over a period of one year. Within this context, our aim is to
couple a object-oriented modular building program with CFD & HT for airflow and parallelize the simulation with numerous processors for reducing computational time. Also the modular nature of the code will allow to resolve
selective critical zones with CFD & HT models while employing simple models for airflow in less critical zones. Thus, there are different levels of modelling different rooms/elements of the building system depending on the requirements of a specific case.
CitationDamle, R. [et al.]. Parallelization of the coupling between CFD models for airflow and building energy simulation with an object-oriented infrastructure. A: International High Performance Buildings Conference. "2012 Compressor/Refrigeration & Air Conditioning/ High Performance Buildings Conferences at Purdue". Purdue, Indiana: 2012, p. 3379, 1-3379, 8.
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