This course will explain in full details al the commands and options of Pyrosim to help you navigate the software and create simple & complex models You will also learn how to create a mesh and define simulation control logics & outputsĪfter this course you will be fully aware of how to conduct pre-processing, processing, post processing of fire dynamics simulation or HVAC systems simulation. In this course you will learn how to create a 3D model, build & define fire, combustion, ventilation systems, or HVAC components Its helps to simulate how the smoke curtain make a huge difference in preventing the spread of fire and helps in evacuation.This is a complete guide to fire dynamics simulation and non-fire related applications (HVAC) The 3 scenarios is done to show how the smoke is being spread with or without the smoke curtain. There is 3 different scenarios of the fire simulation, which are mainly the full curtain drop, the half curtain drop and the full failure of curtain (No drop). The results taken from the simulation includes the velocity of smoke, the viscosity of the smoke, the temperature of smoke and the heat release rate of the fire. The smoke curtain will be shown in 10 seconds delayed in the simulation to portray the descending of smoke curtain in the real life situation. With the given floor plan, Pyrosim is used to build the geometry of the auditorium with the details such as the HVAC system, air vents, perforated ceiling and the smoke curtain. It can be used to determine the flow direction of the smoke and the amount of soot is being discharged from the fire. The simulator is used to simulate the fire in an auditorium and how the smoke curtain is being deployed. PyroSim is a graphical user interface for the fire dynamics simulator (FDS).

How to model a fire in pyrosim