Ověření požárního větrání sportovní haly prostřednictvím matematického modelování

Abstract

The disertation deals with the description of the fire forced ventilation of the Sports Hall, the issue of designing ZOKT and using a mathematical model of the type of field for the verification of the proposed system of fire forced ventilation. By way of introduction are submitted information about the smoke, its toxicity and risk factors. In the following chapters is included an overview of a fire-safety devices and the conditions and principles for the design of ZOKT building objects including international regulations. Individual chapter gives an idea about the construction and process layout of sports hall and describes two different projects ZOKT. An important part of the tehsis constitute chapters focusing on the description and practical application of Fire Dynamics Simulator program including simulations of logical connections, assessed in the system ZOKT. The conclusion of the work submitted information and facts about the effectiveness of the system of ZOKT according to the simulation in the mathematical model and evaluating the optimal solution.