Using a mathematical model of aerodynamic characteristics of fire-fighting valves of ventilation systems
Abstract
Using a mathematical model of aerodynamic characteristics of fire-fighting valves of ventilation systems
Incoming article date: 30.10.2022The guarantee of ensuring the safety of people and material assets in the event of a fire requires a careful approach to the design and installation of smoke ventilation. In order to evacuate people from the smoke zone in a timely manner, technical devices with a normalized limit of resistance to fire are installed – smoke valves. To determine the distribution of the pressure of the air flow in the smoke control valve over its cross-sectional area, the method of mathematical modeling is used. With the help of a mathematical model, visual modeling of the distribution of the gas-air mixture flow is carried out, a detailed analysis of hazardous factors is carried out, an assessment of the possible temperature and time of flame propagation, determination of the probable degree of smoke in the interior space and the ways of smoke movement.
Keywords: smoke, fire, ventilation system, smoke protection, smoke valve, mathematical model