Development of discharge schedule according to the results of fire simulation

Many people who end up in fires coming to the premises lose their lives or are seriously injured. Much of these deaths or injuries are caused by intense smoke and dangerous gases. Fires are caused by the damage caused by the property, causing great economic damage to the loss of business. In this study, some of the main rooms of Sakarya University Engineering Faculty Buildings have been modeled with fires that could overheat due to electrical leakage or overloading and fire resulting from ignition of plastic cables. It is aimed to determine the measures to remove the loss of lives which may occur by modeling the progress of smoke in a fire caused by the reasons mentioned and to find the physical arrangements that may be required in the construction dimension.