Course Information

Course Name	Turkish	Yüzen Yapıların Titreşimi
	English	Vibration of Floating Structures
Course Code	GEM 615	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	-	3	3	-	-
Course Language		Turkish
Course Coordinator		Bahadır Uğurlu
Course Objectives		1.To understand the key concepts and principles of structural dynamics, to transform dynamic engineering problems into representative models, which are realistic enough and suitable for mathematical treatment 2.To perform linear dynamic analysis of mechanical systems in a systematic way, to study vibration of continuous structural systems, like beams and plates, and understand their dynamic behavior 3.To study alternative solution approaches for dynamic structural analysis and learn to apply on proper type of problems, to evaluate dynamic performance of mechanical systems by analyzing the obtained numerical results 4.To understand the effect of fluid interaction on dynamic behavior of structures, to model dynamic fluid-structure systems 5.To compute the wave loads acting on floating structures, to perform vibration analysis of floating structures 6.To appreciate the importance of numerical approximations for engineering computations, to improve programming skills for scientific and engineering computation
Course Description		Fundamental principles of mechanics; Free and forced vibration of single- and multi-degrees-of-freedom structural systems; Modal analysis; Vibration of continuous systems; Approximate solution methods; Vibration analysis with the finite element method; Vibration of structures interacting with fluid; 3-D linear hydroelasticity theory; Computation of wave loads; Vibration analysis of floating structures in frequency domain
Course Outcomes		1.Having extensive knowledge about elements of mechanical vibrations, its fundamental principles, and analytical and numerical solution approaches 2.Being able to perform linear dynamic analysis of structural systems, through constructing representative models and adopting proper solution techniques, being able to evaluate dynamic performance of structural systems and make revisions of configurations in necessary cases 3.Being able to use technical computing tools for vibration analysis and finite element modeling 4.To investigate the dynamic behavior of floating structures subjected to wave forces
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