- Athe Level 3 Health and Social Care Assessment Questions
- M/618/4168 Unit 2 Principles, Values and Regulation in the Health and Social Care Sector – ATHE Level 3
- ILM Communication Skills Self-Assessment
- ILM Unit 8600-309: Understand How to Establish an Effective Team
- CMI Unit 525 Using Reflective Practice to Inform Personal and Professional Development
- Understand and Work with a Wide Range of Stakeholders and Organisational Structures – Assignment 1
- Assessment: Financial Performance Evaluation of Savory Snacks Company Ltd for Credit
- CMI L5 Assignment: Managing Stakeholder Relationships: Strategies, Challenges, and Best Practices
- Level 3 Unit 2 Assignment: Principles, Values and Regulation in the Health and Social Care Sector
- COM4006 Assignment: Introduction to Academic Skills and Professional Development
- Assessment: Managing Organisational Change: Evaluating Strategies, Challenges, and Impact
- UNIT CMI 706 Assignment: Finance for Strategic Leaders: The Role, Scope, and Impact of Finance
- ENGINEERING DESIGN TMA2 v1: CAD Design Report: Specification, Evaluation & Drawings
- Unit CMI 514 Assignment: Analysis of Organisational Change: Managing Change
- EMS402U TMA1: Engineering Design Solutions: Concept Development & Assessment
- LEVEL 3 UNIT 31: Effective Project Management (International BTEC )
- ILM Level 4 ASSIGNMENT: Managing equality and diversity in own area
- CMI 504 Assessment: The Rationale For Managing Performance Within Organisations
- Level 7 Unit 03 Assignment: Leading a Strategic Management and Leadership
- LO:01, LO:02 (MSCCO01) Managing Innovation and Change in Computing
Bicycle Rack When a full design specification was produced and the weighted objective procedure carried out: Engineering design Assignment, UOB, UK
| University | University of Bristol (UOB) |
| Subject | Engineering Design |
SCENARIOS
(a) Bicycle Rack
When a full design specification was produced and the weighted objective procedure carried out, it was found that a tow bar mounted rack was the best solution.
The rack is to bolt to the tow bar once the tow ball is removed. The dimensions of the tow bar bracket are shown in Figure 1. The 330 mm dimension refers to the distance from the ground to the bottom of the bracket. In order to avoid the bikes fouling the car, it should be assumed that no part of either bike should protrude beyond the face of the tow bar bracket (ie between the bracket and the car).
Figure 1
The two bikes to be carried have dimensions shown in Figures 2 and 3. The width of the handlebars of the man’s bike is 420 mm, whilst that of the woman’s is 630 mm. The width across the pedals is 360 mm in both cases.
Your good friend Fred has offered to help build the bike rack and he has access to the following materials and equipment:
• square section steel tubing, 25 mm × 25 mm × 2 mm thick
• steel plate, 8 mm thick
• steel strips, 25 mm wide by 6mm thick
• brazing and welding gear
• a powered hacksaw
• a pillar drill
Design a suitable rack that can be made using Fred’s materials and equipment. It is not necessary to worry about stresses: the materials are capable of exceeding the strength requirements of any design. In addition, the rack should be designed to ‘look right’.
As part of the report, you should produce:
(i) An arrangement drawing showing the outline of the bikes on the rack. This does not need to be very detailed or show any dimensions but should clearly demonstrate that the rack will enable the two bikes to be carried without fouling the car or the ground.
(ii) A detailed engineering drawing of the rack only, comprising front and side elevations with all dimensions required for manufacture shown.
Figure 2 – Man’s Bike
Figure 3 – Woman’s Bike
Buy Answer of This Assessment & Raise Your Grades
Look no further than Diploma Assignment Help UK. Our team of expert writers specializes in providing top-notch engineering assignment help for students at the University of Bristol (UOB). With our meticulous approach and in-depth subject knowledge, we ensure high-quality solutions tailored to your specific requirements. Trust us to deliver exceptional results and help you excel in your engineering design coursework.
Answer
