Course Information

Course Name	Turkish	Dinamik
	English	Dynamics
Course Code	DNK 201	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	2	3	3	-	-
Course Language		Turkish
Course Coordinator		Banu Tansel
Course Objectives		to understand the key concepts and ideas of Dynamics 2. to comprehend interrelated but separate principles of Dynamics, understand their distinctive features, and learn to apply on proper type of problems 3. to introduce different approaches for studying dynamic problems 4. perform dynamic analysis of rigid mechanical systems in a systematic way and to evaluate resulting dynamic configurations 5. to introduce the fundamentals of mechanical vibrations and study one-degree of freedom systems
Course Description		Temel tanımlar ve kavramlar Parçacık kinematiği: Doğrusal hareket; Genel eğrisel hareket; Bağıl ve kısıtlı hareket Parçacık kinetiği: Hareket denklemleri; İş-enerji ilkesi; Lineer itme-momentum ilkesi; Açısal itme-momentum ilkesi; Temel korunum ilkeleri; Çarpışma; Güç Katı cisimlerin düzlemsel kinematiği: Öteleme; Sabit bir eksen etrafında dönme; Genel düzlemsel hareket (geometrik yaklaşım, bağıl hareket, ani dönme merkezi) Katı cisimlerin düzlemsel kinetiği: Hareket denklemleri, İş-enerji ilkesi; İtmemomentum ilkesi; Temel korunum ilkeleri Katı cisimlerin 3-B kinematiği: Sabit bir eksen etrafında dönme; Genel hareket Katı cisimlerin 3-B kinetiği: Hareket denklemleri, İş-enerji ilkesi; İtmemomentum ilkesi Katı cisimler için titreşimin temelleri
Course Outcomes		Students who pass the course will be able to; 1. draw successful free-body diagrams 2. choose the most beneficial coordinate systems for describing the motion of mechanical systems 3. knows the differences between real and effective forces as well as internal and external forces, and understand the working nature of different types of forces 4. turn dynamic problems into mathematical models 5. perform dynamic analysis of particle systems and rigid bodies 6. apply appropriate mechanical principles into dynamic problems 7. model and analyze simple vibrating mechanical systems
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