Construction metal structures simulation cooling by fire robots

Abstract

The article deals with a cooling system design for building metal structures with dispersed water from carriage barrels based on fire robots for a heat and power complex object engine room. The rationale for selecting a robotic fire engine using the jet trajectory calculation in the SimInTech dynamic simulation environment is presented. The area of fire robot barrel coating was building at a 40 l/s flow rate and a 0.6 MPa pressure. The system effectiveness was evaluated on the fire development dynamics simulation basis in the Pyrosim software environment. The model of fire development dynamics in the CHP turbine hall was building for the worst-case scenario, which consists of damage to the Tp-100/110-8.8 turbine oil lubrication system, oil spillage and its fire The simulation showed that the use of fire robots to cool building structures with dispersed water allows it to not be heated to critical temperatures.