Engineering Studies – P1 Fundamental Engineering – Mechanical Analysis
This topic introduces mechanical analysis of engineered objects and structures. Discussion of why mechanical analysis is relevant and the factor of safety. The units of measurement are defined and the importance of conventions.
- The relevance of mechanical analysis
- Applications of mechanical analysis
- Fundamental Quantities
- Units of measurement
- Accuracy and Tolerance
- Basic units
- Statics / Dynamics
- Why is mechanical analysis relevant and explain why mechanics is critical in the design of engineered products?
- What are examples of mechanical analysis?
- What might happen if calculations are incorrect in engineering?
- Describe the difference between a static and a dynamic system?
- What is the factor of safety (FOS)?
- What is a ‘convention’?
- Explain the concept of gravity and mass and why an objects on the moon appear lighter than when it was on earth?
- Describe the basic concept that loads create forces that tend to distort objects and structures
- Define a Scalar and a Vector quantity
- Explain the relevance of accuracy and tolerance concepts
- List commonly used unit prefixes
- Where might simple trigonometry apply in mechanics?
- What are balanced forces?
- How is area, volume and area calculated?