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Leader
Timing and Structure
Fridays 9am-11am and 2pm-4pm, and Tuesdays 11am-1pm
Prerequisites
This project requires the use of Solidworks. Do not select this project if you dreaded the Solidworks sessions in IA.
Aims
The aims of the course are to:
- To introduce the requirements and constraints associated with the design of an automotive suspension assembly.
- To perform relevant design calculations to predict and optimise the performance of particular components of the assembly.
- To understand the importance of selecting appropriate materials, manufacturing processes and standard parts.
- To perform the embodiment design of a sub-assembly of an automotive suspension.
- To prepare detail design information necessary for manufacture.
Content
This project involves the design of components of an automotive suspension assembly for a Formula Student race car. Tasks include conceptual, embodiment and detail design, all performed individually. The project should appeal to students interested in mechanical design and automotive engineering.
FORMAT
Lectures will be given on automotive suspension systems and mechanical design. Demonstrators will be available at other timetabled sessions to discuss individual design work. Students work individually, but discussion of ideas will be encouraged. Work takes place in the Dyson Centre in week 1, and in the DPO during weeks 2-4. Solidworks will be used extensively in the second half of the project. Detailed instruction on the use of Solidworks will not be given. You may wish to revisit the IA CAD tutorials and tasks if you have not used Solidworks since IA.
ACTIVITIES
Week 1: Review existing design solutions. Identify the key design requirements and constraints. Estimate the stresses in a suspension assembly. Perform a material selection exercise for several components of a suspension assembly. Write a short report.
Week 2: Select a design concept. Perform calculations to estimate the forces in the suspension assembly. Select standard parts. Write a short report.
Week 3: Design component geometries, select materials and manufacturing processes. Optimise the design to satisfy the requirements and constraints. Prepare a CAD model, a 2D design arrangement drawing, and a parts list.
Week 4: Prepare a dimensioned and toleranced detail drawing of one component of the assembly. Write final report.
Coursework
Coursework | Due date | Marks |
---|---|---|
Interim report 1 |
4pm Thu 19 May 2022 |
15 |
Interim report 2 |
4pm Thu 26 May 2022 |
15 |
Final report |
4pm Thu 9 June 2022 |
50 |
Examination Guidelines
Please refer to Form & conduct of the examinations.
Last modified: 02/12/2021 12:51