Engineering and design
Design of Mechanisms and Machines
Module code: H7110
Level 6
15 credits in autumn semester
Teaching method: Lecture, Seminar
Assessment modes: Unseen examination, Coursework
This module covers the principles of design of machine components commonly used in mechanical engineering applications. It emphasises the role of statics, stress analysis, and materials choice in the design process.
The main types of mechanical components failure – as well as methods of prevention or prediction of such failures – are also covered.
The main aims of the module are to:
- help you understand how stress and strain affect design of mechanical components
- place mechanical design in the context of manufacturing processes
- make you aware of failure, reliability and safety issues and the implications on costs of mechanical components
- make you aware of how efficiency of machine components and environmental problems can be approached at the design stage
Module learning outcomes
- Demonstrate a systematic understanding of the role and functionality of various machine components. Use appropriate literature and understand the role of the choice of materials and manufacturing processes upon the strength, durability, safety, cost and environmental impact in the mechanical design process.
- Apply appropriate analytical techniques in solving complex problems of mechanical design of machine components, evaluating the limitations of such techniques
- Demonstrate a systematic understanding of the main types of lubrication mechanisms, of their effect on the efficiency of mechanical systems and how these can used to prevent/delay failure of machine components.
- Understand the failure modes and distinguish between catastrophic and damage accumulation types of failure of machine components. Use appropriate methods to evaluate the reliability and operational life of machine components.