Program Overview

Program Overview

The Materials Mechanics I course is a professional foundation course offered by the School of Aeronautics and Astronautics. The course code is AEME21210, and it is a required course for students in the Engineering Mechanics, Aerospace Engineering, and Mechanical Engineering programs.

Course Details

• Course Name: Materials Mechanics I
• Course Code: AEME21210
• College: School of Aeronautics and Astronautics
• Course Category: Professional Foundation Course
• Course Nature: Required
• Semester: 2nd semester
• Course Instructor: Yang Changqi
• Total Credits: 4.5
• Total Hours: 72
• Experimental Hours: 8

Experimental Teaching Objectives

The experimental teaching of Materials Mechanics I aims to strengthen students' understanding of theoretical concepts through experiments, focusing on the development of experimental skills and operational capabilities. The experiments are designed to analyze problems, conduct research, and solve engineering problems.

Experimental Content

The experimental content includes:

• Metallic tensile testing
• Metallic compression testing
• Metallic torsion testing
• Pure bending beam electrical measurement comprehensive experiment
• Load identification experiment

Experimental Projects and Time Allocation

1. Metallic Tensile Testing: 2 hours, verification experiment
2. Metallic Compression Testing: 1 hour, verification experiment
3. Metallic Torsion Testing: 1 hour, verification experiment
4. Pure Bending Beam Electrical Measurement Comprehensive Experiment: 2 hours, comprehensive experiment
5. Load Identification Experiment: 2 hours, design experiment

Teaching Materials

• Textbook: Materials Mechanics I Lecture Notes (self-compiled)
• Reference Materials: Materials Mechanics Experiment Guidance and Basic Training (by Gu Bin, published by Beijing Institute of Technology Press, 2011)

Assessment Methods

1. Include related questions in the exam.
2. Experimental reports are graded on a percentage basis, accounting for 5-15% of the total score.
3. Experimental score composition:
   • Correct operation of experimental equipment.
   • Familiarity with experimental operation steps and standards.
   • Completion of all experimental content.
   • Recording of experimental processes and measurement results.
   • Submission of experimental reports on time.

Experimental Report Evaluation Standards

1. Experimental Purpose: 5 points
2. Experimental Principle: 20 points
3. Experimental Instruments: 5 points
4. Experimental Steps: 10 points
5. Experimental Raw Data: 20 points
6. Data Analysis and Discussion: 40 points

Course Outline Authors

• Compiler: Yang Changqi
• Reviewer: Wan Ling