Mechanical engineering laboratory Introduction.pptx

Mechanical Engineering Laboratory Introduction part.

1. Mechanical Engineering Laboratory

2. Course Description This course introduces Mechanical Engineering students to laboratory applications in the fundamental fields of mechanical engineering such as thermal, mechanical, dynamics, control, and fluids.

3. Course Grading System Quizzes: 20 % Reports: 80 % * Students who fail to meet the 85% attendance requirement in the course fail with an NA grade; they are not entitled to take the final exam.

4.   Topics covered and Schedule: Week Topic   1 Introduction, general overview of syllabus, group formation   2 Data acquisition, analysis, and presenting techniques, statistical methods in engineering experimentation, error analysis, curve fitting, regression, uncertainty Q1 3 Occupational Health and Safety Q2 4 Measurement Laboratory Report 1 5 Mechanical Vibrations Experimentation-1 Report 2 6 Mechanical Vibrations Experimentation-2 Report 3 7 Thermal Systems experimentation (Thermodynamics Part 1) Report 4 8 Thermal Systems experimentation (Thermodynamics Part 2) Report 5 9 Thermal Systems experimentation (Heat Transfer) Report 6 10 Fluid Systems Experimentation Part 1 Report 7 11 Fluid Systems Experimentation Part 2 Report 8 12 Manufacturing Systems Experimentation (Part 1) Report 9 13 Manufacturing Systems Experimentation (Part 2) Report 10 14 Mechanical Characterization of Materials Report 11   Review     Final Report, 9:30 - 12:30  

5. Laboratories Facilities Mechanical Systems Laboratory Thermal Systems Laboratory Fluidic Systems Laboratory Vibration and Acoustics Laboratory Computer Aided Design (CAD) Laboratory

6.   Laboratory Report Format

7. Real Life Model – Mathematical Model

8. Real Life Model – Mathematical Model

9. Real Life Model – Mathematical Model

10. Real Life Model – Mathematical Model

11. Real Life Model – Mathematical Model

12. Real Life Model – Mathematical Model