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The focus of the article is the design of a HVAC (heating, ventilation and air-conditioning)system for the main central space of a real multifunctional indoor sports arena. Numericalsimulation of the air fl ow provided a basis to determine the optimal number of fi reventilators, their capacity and placement, and also to determine the maximum air-fl owvelocity in openings designed for evacuation in the event of an emergency. The ANSYSFluent 13.0 software one of the world’s most sophisticated CFD (computational fl uiddynamics) codes was used for the numerical simulation. In this case, the specifi c problemof a turbulent fl ow in a complex geometry was under investigation. This study shouldserve as a base for future installation of the system in the indoor sports arena

sborník vědeckých prací vysoké školy báňské-technické univerzity ostrava. řada bezpečnostního inženýrství/transactions of the všb-technical university of ostrava, safety engineering series

Use of CFD Tool Ansys Fluent for Fire Safety Improvement of an Indoor Sports Arena