Engineering Applications: Tutor's Resource Pack
- 1st Edition - January 21, 1998
- Imprint: Butterworth-Heinemann
- Authors: James Ritchie, Graham Simpson
- Language: English
- Paperback ISBN:9 7 8 - 0 - 7 5 0 6 - 3 1 9 7 - 6
- eBook ISBN:9 7 8 - 0 - 0 8 - 0 9 3 8 6 0 - 8
Together with the Engineering Applications student text, this pack provides a complete resource for undergraduate EA courses. To enable lecturers to have control over the informati… Read more
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Together with the Engineering Applications student text, this pack provides a complete resource for undergraduate EA courses. To enable lecturers to have control over the information available to students all the project briefs for the course, and supporting handouts appear in the Tutor's Resource Pack, but not in the textbook. Guidance on running the projects is also provided.
The whole pack is freely photocopiable within the purchasing institution, making the course both economical and highly flexible.
- A practical, project-based approach to EA
- Includes all project briefs for the course
- Handouts and tutor's notes included
Lecturers and course coordinators for Engineering Applications courses within BSc, BEng and HNC/D programmes
Introduction; Project specifications: Type 1 An engineering familiarization exercise; Type 2 The design and manufacture of a simple part or assembly
requiring some form of heat treatment; Project A The design, manufacture and testing of a cross-cut chisel; Project B The design, manufacture and testing of a flat chisel; Project C The design, manufacture and testing of a screwdriver; Project D The design, manufacture and testing of a centre punch; Type 3 The design and manufacture of a simple mechanical assembly; Project A The design and manufacture of an instrument-maker's vice; Project B The design and manufacture of a machine vice; Project C The design and manufacture of a toolmaker's clamp; Project D The design and manufacture of a spirit level; Type 4 Finding out about manufacturing companies; Project A The financial analysis of a manufacturing company; Project B A visit to a manufacturing company; Type 5 The design and manufacture of a load-carrying fabricated bracket; Project A The design, manufacture and test of a tension bracket; Project B The design, manufacture and test of a compression bracket; Project C The design, manufacture and test of a wall bracket (upward load line parallel to mounting surface); Project D The design, manufacture and test of a wall bracket (downward load line parallel to mounting surface); Type 6 An air mixing plenum: a sheet metal device incorporating a feedback device; Project A The design, manufacture and test of an air mixing plenum; Type 7 The computer aided design and manufacture of a paperweight; Type 8 The design, manufacture and testing of a complex component using CAD/CAM; Project A The design, manufacture and test of a centrifugal pump impeller; Project B The design, manufacture and test of an air bearing; Type 9 The design, manufacture and test of a frame structure; Type 10 Consolidating the 'engineering a product' cycle; Project A 'Engineering a product' investigation; Appendix 1 The Engineering Applications logbook; Appendix 2 Process planning sheets; Appendix 3 Sample stock list; Appendix 4 Drilling, turning and milling speeds and feeds.
requiring some form of heat treatment; Project A The design, manufacture and testing of a cross-cut chisel; Project B The design, manufacture and testing of a flat chisel; Project C The design, manufacture and testing of a screwdriver; Project D The design, manufacture and testing of a centre punch; Type 3 The design and manufacture of a simple mechanical assembly; Project A The design and manufacture of an instrument-maker's vice; Project B The design and manufacture of a machine vice; Project C The design and manufacture of a toolmaker's clamp; Project D The design and manufacture of a spirit level; Type 4 Finding out about manufacturing companies; Project A The financial analysis of a manufacturing company; Project B A visit to a manufacturing company; Type 5 The design and manufacture of a load-carrying fabricated bracket; Project A The design, manufacture and test of a tension bracket; Project B The design, manufacture and test of a compression bracket; Project C The design, manufacture and test of a wall bracket (upward load line parallel to mounting surface); Project D The design, manufacture and test of a wall bracket (downward load line parallel to mounting surface); Type 6 An air mixing plenum: a sheet metal device incorporating a feedback device; Project A The design, manufacture and test of an air mixing plenum; Type 7 The computer aided design and manufacture of a paperweight; Type 8 The design, manufacture and testing of a complex component using CAD/CAM; Project A The design, manufacture and test of a centrifugal pump impeller; Project B The design, manufacture and test of an air bearing; Type 9 The design, manufacture and test of a frame structure; Type 10 Consolidating the 'engineering a product' cycle; Project A 'Engineering a product' investigation; Appendix 1 The Engineering Applications logbook; Appendix 2 Process planning sheets; Appendix 3 Sample stock list; Appendix 4 Drilling, turning and milling speeds and feeds.
- Edition: 1
- Published: January 21, 1998
- Imprint: Butterworth-Heinemann
- Language: English
JR
James Ritchie
Affiliations and expertise
Heriot-Watt UniversityGS
Graham Simpson
Affiliations and expertise
Heriot-Watt University