Mechanical Engineering

First, a brief introduction of the finite element method will be made, and the course project format will be mentioned. The importance of Computer Aided Engineering Studies in the industry will be explained. The steps of the General Roadmap that can be followed in Computer Aided Engineering Studies will be explained through an industrial example. The subject of Elastic Stress Analysis will be explained with an industrial problem or application (new design) encountered in real life. The skill of using the menus of a finite element analysis package program selected according to the content of the course will be taught to students for different analysis examples. In this way, students will be able to do their projects more easily. Education on the skill of using the Analysis Program will continue. The subject of Elastoplastic Stress Analysis will be explained with an industrial problem or application (new design) encountered in real life. The subject of Steady-State Thermal Analysis will be explained with an industrial problem or application (new design) encountered in real life. Industrial analysis examples for other types of analysis such as Fatigue, Vibration, etc. will be shown. Students will be required to present the projects they have prepared throughout the semester in class. A discussion platform will be created for each project throughout the class, thus reinforcing the intended learning outcomes of the course.

Computer Aided Engineering (CAE) studies, industrial applications or approaches to problems, understand the causes of the problems correct, accurate detection of the analyzed input, the result of the correct interpretation can be able to reach at correct conclusions, to develop the right solutions for the problems and gaining the skills such as the ability to use necessary initiative.