EENG20002 Electro-Mechanical Energy Conversion
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Electromagnetic Characterisation of a Short Stroke Ferromagnetic Actuator
Assessment Details
Summary:
• Submission Point: Blackboard – details to follow in Week 23
• Weighting: Individual Technical Note and Source Code (described here), 100%
Assessment Tasks:
The coursework is split into two parts, Part A and Part B available on Blackboard. There are 6 Coursework Tasks, 1 x in Part A and 5 x in Part B. It is not necessary to document Coursework Task 1 concerned with setting up your model, however, it may be necessary to add details throughout the report to explain your model implementation.
Deliverables to be handed in:
|
Name |
Description and Format |
Submission Location |
Submission Date |
|
D1 |
Matlab and FEMM modelling files. If split across multiple files, please submit a .zip or similar archive containing all of the files. |
Blackboard upload – details to follow |
Week 23, Thursday 25th of April |
|
D2 |
Technical Note – no more than 8 pages excluding references. See template for suggested sections. |
Report Format and Suggested Sections:
Students are expected to submit a two-column individual technical note of no more than 8 pages excluding references conforming to an IEEE academic paper template which can be found on Blackboard in either Word or LaTeX format, along with instructions. Coursework Tasks 2-6 should be addressed in the technical note. Examples of style, references, conventions, diagrams and figures can be found in published papers on IEEEXplore and the template. Formal technical language is expected throughout. Diagrams, graphs, and photographs should be of publication quality, see IEEEXplore and the template for examples. Diagrams of the actuator may be derived from the CAD model, with appropriate references.
|
Section Name |
Example Content |
|
Abstract |
A brief overview of the task and what will be presented. Include any key findings. |
|
Introduction |
Describe the coursework task, why it is important, applications of ferromagnetic actuators and analysis methods used. Coursework Task 2 could be included here or later. |
|
Winding Resistance |
Coursework Task 3. |
|
Winding inductance |
Coursework Task 4. |
|
Force on the Armature |
Coursework Task 5. |
|
Comparison of Modelling Methods |
Coursework Task 6. |
|
Conclusion |
Summarise the findings, limitations, and potential improvements to the models. |
Assessment Criteria:
Each of the Coursework Tasks 2-6, will be graded using the University of Bristol’s 21-point scale (see next page).
An optional feedback session will be held in Week 21 or 22 in which you can seek high-level feedback and guidance on your technical note structure and presentation prior to the submission deadline in Week 23.
2024-02-08