Numerical Investigation Of Smoke Management System In A Movie Theatre /
Yousra Abdelreihim Hussein Toulan
Numerical Investigation Of Smoke Management System In A Movie Theatre / دراسة عددية لنظام التحكم فى الدخان داخل قاعة سينما Yousra Abdelreihim Hussein Toulan ; Supervised Essam E. Khalil - Cairo : Yousra Abdelreihim Hussein Toulan , 2021 - 130 P . : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
Smoke management system in all buildings received great interest as a way to decrease fatalities during fires as it prevents the spread of fire and provides a safe escape route for occupants. The smoke has many dangerous effects as it causes asphyxiation and death. Additionally, it reduces the visibility thus will lead to difficulty in the evacuation during the fire. This research provides a numerical study for smoke control in the movie theatre. This research investigates the effect of the fire source location in the case of the natural ventilation system on basic design parameters such as smoke layer height, concentration of Carbon Monoxide (CO), temperature, and visibility at different heights and different places in the movie theatre. Also, the effect of natural ventilation and mechanical ventilation on the same design parameters are studied.
Visibility
Fire Dynamics Simulator Movie Theatre Smoke Management System
Numerical Investigation Of Smoke Management System In A Movie Theatre / دراسة عددية لنظام التحكم فى الدخان داخل قاعة سينما Yousra Abdelreihim Hussein Toulan ; Supervised Essam E. Khalil - Cairo : Yousra Abdelreihim Hussein Toulan , 2021 - 130 P . : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
Smoke management system in all buildings received great interest as a way to decrease fatalities during fires as it prevents the spread of fire and provides a safe escape route for occupants. The smoke has many dangerous effects as it causes asphyxiation and death. Additionally, it reduces the visibility thus will lead to difficulty in the evacuation during the fire. This research provides a numerical study for smoke control in the movie theatre. This research investigates the effect of the fire source location in the case of the natural ventilation system on basic design parameters such as smoke layer height, concentration of Carbon Monoxide (CO), temperature, and visibility at different heights and different places in the movie theatre. Also, the effect of natural ventilation and mechanical ventilation on the same design parameters are studied.
Visibility
Fire Dynamics Simulator Movie Theatre Smoke Management System