Basic Experiments in Mechanical Engineering

Course Purpose
Students will learn the basic theories necessary for mechanical engineers through experiments and simulations to support and deepen their understanding.
Learning Goals
Students will learn how to read drawings, basic skills of 3D-CAD and CAE, which are essential for mechanical engineers, and deepen their understanding of basic mechanical fields such as strength, eigenvalue, heat transfer, and flow of materials through experiments, simulations, and theoretical calculations. Through the preparation of reports, students will learn to think logically and see things objectively and will be able to write papers for presentations at academic conferences on their own.
Topic
Session 1Guidance, basics of mechanical drafting (trigonometry, dimension lines and dimensions, JIS symbols for drafting) and 3D CAD
Session 2Introduction to SolidWorks (Drafting and assembly)
Session 3Basic principles of strength calculation and finite element method using SolidWorks
Session 4Basics of eigenvalue calculation and eigenvalue analysis using SolidWorks
Session 5Heat transfer in different metal materials (1)
Session 6Heat transfer in different metal materials (2)
Session 7Heat transfer in different metal materials (3)
Session 8Visualization of flow through wind tunnels and simulations (1)
Session 9Visualization of flow through wind tunnels and simulations (2)
Session 10Stress and strain in tensile tests (1)
Session 11Stress and strain in tensile tests (2)
Session 12Modal analysis of cantilever beams (1)
Session 13Modal analysis of cantilever beams (2)
Session 14Re-experiment and report correction
Session 15Reserve day
＊＊This content is based on April 1, 2024. For the latest syllabus information and details, please check the syllabus information inquiry page provided by the university.＊＊