A small complication or oversight in code compliance can throw everything off schedule and increase costs. This presented model will have increased accuracy compared to other models presented so far, because of the prepared 3D model of the underground mine which includes the actual dimensions of the mine along with its associated elements from which the fire dynamics and system for evacuation depends.When planning a unique structure, building designers may find their plans depart from certain building and fire code regulations. This methodology represents the most economical option of making an effective system for evacuation and also can serve as an idea of making a software package that includes all the steps of making a system for evacuation and rescue in case of fire in underground mines. This presented methodology can serve to make effective system for evacuation and rescue in case of fire and to help save lives and protect the financial investment in the mine.

With development of database of fire scenarios, it is possible to plan routes for evacuation in all situations. In this study is developed a system that allows by using available software to work out the complete evacuation plans that include analysis of fire scenarios and optimal routes for evacuation. The primary goal of this paper is to determine the optimal system for evacuation in case of fire in underground mines and through a process of computer simulation to be presented to all workers that are affected by this issue. Evacuation and rescue plans allow to each underground mine to respond and establish control in case of emergency. Risks of fire occurrence in underground mines are known for a long time.

Pyrosim fire model