Mechanical Engineering

First as will be held a brief introduction of the finite element method, will be mentioned from the lessons in project format. Of Computer Aided Engineering Working its importance in Industrial it will be explained. Bigisayar that can be be Pursued in Aided Engineering Working, steps of the General Road Map will be explained via a Industrial examples. Elastic Stress Analysis subject of, a bud- ding industrial problem or application that was encountered in real-alive (new design) will be explained with. Of the skills to use their menu a finite element analysis package program selected appropriate to Course's content will be taught to students for different analysis samples. In this way also students their projects will be provided are making more comfortable in a way. Use the Analysis Program will continue trainings directed to the win. Elastoplastic Stress Analysis subject of, a bud- ding industrial problem or application that was encountered in real-alive (new design) will be explained with. Stable Diet (Steasy-State) Thermal Analysis subject of, a bud- ding industrial problem or application that was encountered in real-alive (new design) will be explained with. Fatigue, Vibration, etc. Industrial analyze the sample directed to other analysis types will be shown. Projects they had prepared throughout the period of the students will be ensured to submit in the lesson. In the Class totality by creating a discussion platform for each project, course in shall be ensured Consolidating the intended learning outcomes.

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.