Course Information

Course Name	Turkish	Hava Kirliliği Modellenmesi
	English	Air Pollution Modelling
Course Code	MTO 346E	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	7	3	3	-	-
Course Language		English
Course Coordinator		Hüseyin Toros
Course Objectives		Objective of the course is mainly to provide the attendants with concept physical and chemical fundamentals, and model to equip the students with necessary concepts and events to enable them; to organize the air pollution problems in the framework of air pollution control system, analyze and relate them to the atmospheric conditions. This course explores aspects of the science of atmospheric pollution modeling, looking at issues such as atmospheric conditions, model equations, and air quality.
Course Description		Introduction, air pollution system, air pollutants (gas and particles), air quality standards (National, EU, EPA), WHO limits, Air Pollution Index, Model concept, Physical models, Mathematical Models, Eulearian and Lagrangian Frames, Fick’s Law, PGT stability classification, Simple box model, Gaussian plume model, Highway, Street models, Trajectory models, Long range transport models, EPA models, Industrial Source model , Validation and model uncertainty
Course Outcomes		1. Determine model concept. 2. Students will become familiar with source and sink of air pollution. 3. To become familiar with Air Quality Modeling. 4. To develop the knowledge of Air Pollution Episodes, Health and Welfare Effects and airquality standards. 5. To develop enough familiarity with the Eulearian and Lagrangian Frames, Model equations. 6. To develop enough familiarity with the Pasquill - Gifford Stability classification and BasicGaussian Dispersion Model. 7. To ability of running a air quality program
Pre-requisite(s)		Linux OS, programming
Required Facilities
Other
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