Course Information

Course Name	Turkish	Yangın Dinamiği ve Güvenliği
	English	Fire Dynamics and Security
Course Code	MAK 4043	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	-	3	2	1	-
Course Language		Turkish
Course Coordinator		Adnan Midilli
Course Objectives		Course Objectives 1. To introduce fire engineering; To ensure that students have knowledge about combustion, fire concepts, combustion conditions, fire types, fire causes, fire factors. 2. To ensure that students have knowledge of fire dynamics and fire model development, smoke generation properties, smoke structure, smoke control methods, as well as to introduce fire regulations and codes and to teach analytical calculation of the energy released in fire and fire load. 3. To ensure that students reach the level of knowledge to master fire protection system types and design principles, and also to provide them with the ability to use basic knowledge and project design in fire installations. 4. To ensure that students have knowledge about protecting life safety in fire and fire protection systems.
Course Description		Course Description Fire safety engineering, fire philosophy, the concept, conditions, types and products of combustion, the concept, types, causes and factors of the fire, the fire triangle, fire classes, physical and chemical properties of fire, development of fire, spread of fire, fire load, fire behavior indicators, fire regulations and codes, fire dynamics and fire model development, smoke generation properties, structure of the smoke, smoke control methods, structural fire safety, extinguishing effects, fire extinguishing agents; stair pressurization, fixed pipe hose systems, hydrant system, automatic sprinkler systems, fire pumps and pressure zoning.
Course Outcomes		Students who successfully complete this course; i) Have knowledge of fire safety engineering, combustion conditions, fire factors and basic principles. ii) Have knowledge of fire dynamics and fire model development and learn the analytical calculation of effective parameters in fire. iii) Learn smoke movement, smoke structure, smoke control methods and principles. iv) Learn fire protection system types and design principles and gain the technical knowledge use and project planning skills in fire installations.
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