1. |
Outline |
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This course is to understand mechanical engineering through experiments as follows:
Numerical experiment: Basic Analysis based on Finite Element Method Experiment 1: Starting Friction of Rolling Bearing Experiment 2: Test for Accuracy of Lathes Experiment 3: Tensile Test for Metallic Materials Experiment 4: Modeling and Experiment of Mechanical Phenomenon Experiment 5: Heat Transfer in Double Pipe Heat Exchanger Experiment 6: Measurement of Engine Vibration Experiment 7: Pressure Loss in Piping System Experiment 8: Experimental Modal Analysis and CAE Vibration Analysis
Students will learn knowledge, technique, and manner for DP2, DP3, DP4, and DP5.
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2. |
Objectives |
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Students will perform experiments of material mechanics, fluid dynamics, thermal dynamics, mechanical dynamics, and machine element. Through experiments, the students will deepen their understanding of theories learned in lectures. Moreover, students will learn safe manners, experiment methods, and use of experimental equipment and measuring instruments. In addition, students will learn the analysis of experimental data, graph making, experimental consideration, and presentation skills.
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3. |
Grading Policy |
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Grading is determined with reports of each experiment. If the report is inadequate, it must be resubmitted. We will explain points that should be revised.
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4. |
Textbook and Reference |
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Japanese textbook: 機械・精密システム工学実験(産図テクスト)
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5. |
Requirements (Assignments) |
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Students must review material mechanics, fluid dynamics, thermal dynamics, mechanical dynamics, machine element, physics, and mathematics. In addition, students must study a textbook and handouts (1 hour). Students must summarize what you learned in the experiment (1 hour). And finally, students must submit it as a report.
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6. |
Note |
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7. |
Schedule |
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1. Guidance
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2. First day of 1st experiment
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3. Second day of 1st experiment
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4. Third day of 1st experiment
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5. First day of 2nd experiment
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6. Second day of 2nd experiment
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7. Third day of 2nd experiment
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8. First day of 3rd experiment |
9. Second day of 3rd experiment |
10. Third day of 3rd experiment |
11. First day of 4th experiment
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12. Second day of 4th experiment
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13. Third day of 4th experiment
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14. Preparation of presentation
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15. Presentation
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1. |
Outline |
|
This course is to understand mechanical engineering through experiments as follows:
Numerical experiment: Basic Analysis based on Finite Element Method Experiment 1: Starting Friction of Rolling Bearing Experiment 2: Test for Accuracy of Lathes Experiment 3: Tensile Test for Metallic Materials Experiment 4: Modeling and Experiment of Mechanical Phenomenon Experiment 5: Heat Transfer in Double Pipe Heat Exchanger Experiment 6: Measurement of Engine Vibration Experiment 7: Pressure Loss in Piping System Experiment 8: Experimental Modal Analysis and CAE Vibration Analysis
Students will learn knowledge, technique, and manner for DP2, DP3, DP4, and DP5.
|
2. |
Objectives |
|
Students will perform experiments of material mechanics, fluid dynamics, thermal dynamics, mechanical dynamics, and machine element. Through experiments, the students will deepen their understanding of theories learned in lectures. Moreover, students will learn safe manners, experiment methods, and use of experimental equipment and measuring instruments. In addition, students will learn the analysis of experimental data, graph making, experimental consideration, and presentation skills.
|
3. |
Grading Policy |
|
Grading is determined with reports of each experiment. If the report is inadequate, it must be resubmitted. We will explain points that should be revised.
|
4. |
Textbook and Reference |
|
Japanese textbook: 機械・精密システム工学実験(産図テクスト)
|
5. |
Requirements (Assignments) |
|
Students must review material mechanics, fluid dynamics, thermal dynamics, mechanical dynamics, machine element, physics, and mathematics. In addition, students must study a textbook and handouts (1 hour). Students must summarize what you learned in the experiment (1 hour). And finally, students must submit it as a report.
|
6. |
Note |
|
|
7. |
Schedule |
|
1. Guidance
|
2. First day of 1st experiment
|
3. Second day of 1st experiment
|
4. Third day of 1st experiment
|
5. First day of 2nd experiment
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6. Second day of 2nd experiment
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7. Third day of 2nd experiment
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8. First day of 3rd experiment |
9. Second day of 3rd experiment |
10. Third day of 3rd experiment |
11. First day of 4th experiment
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12. Second day of 4th experiment
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13. Third day of 4th experiment
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14. Preparation of presentation
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15. Presentation
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