- Level 5 Leadership and Management in Adult Care Unit 17, Unit 18 & Unit 16
- Donald Trump’s Statement on South Africa: Economic and Health Impacts
- Level 3 Certificate in Assessing Vocational Achievement (CAVA)
- H/615/1488 Unit 4014: Production Engineering for Manufacture, BTEC Level 4
- CIPD Level 7CO02 People Management: Strategy, Engagement & Technology
- Unit 6: HND Construction Management – Architectural Design and CAD Standards
- Unconscious Bias and Equal Opportunities in the Workplace
- Understand Safeguarding: Sources, Whistleblowing, Accountability & Information Sharing
- Problem Sheet on Fluid Mechanics, Heat & Mass Transfer, and Materials Science
- NCCL3DHSC Level 3 Unit 1 to Unit 10 Essential Knowledge for Health Care and Social Care
- 3CO01 CIPD Level 3: Change Management, External Influences & Workplace Culture
- Unit 4 Level 5 Resource Management and Workforce Planning In Adult Care
- Unit 41: Traditional And Specialist Secondary Machining Processes In Manufacturing BTEC Level 3
- Innovative Marketing Plan For A Flavour-Infused Ice Cube Maker In UK
- IP schemes, Network Simulation and Troubleshooting In Packet Tracer
- Increasing Globalisation In International Business Activity
- 5CO01 CIPD L5 Assignment Questions: Organisational Structure, Strategy, and People Practices
- BTEC engineering unit 57AB : Analysis of Quality Management Systems and Value Optimization for Competitive Advantage
- TMA01: Job Selection, Satisfaction & Sustainability
- Comprehensive Assignment Help for Malaysian Students to Excel Academically : Health And Social Care
B51EM: This assignment is about the design of blades for a tidal turbine: Advanced Mechanics Of Materials I Assignment, WLC, UK
| University | Wigan & Leigh College (WLC) |
| Subject | B51EM: Advanced Mechanics Of Materials I |
Background
This assignment is about the design of blades for a tidal turbine, Figure 1. Each blade is 12m long and the design calls for an extreme flapwise (orange) deflection of 1.5m and an extreme edgewise (green) deflection of 0.5m under the peak tidal stream.
The assignment is broken down into 3 parts
Part 1: Design of the material in Sector 3 for strength and stiffness (Analytical, 10%)
Part 2: FEA of blade (Numerical, 10%)
Part 3: Damage mechanics and durability (Analytical, 10%)
Do You Need Assignment of This Question
If you’re looking for help with CIPD assignment, Studentsassignmenthelp.co.uk is the perfect website to go to. We offer a wide range of CIPD assignment services, from writing the assignment to helping you with the research. Our team of assignment writing experts is available 24/7, and we’re always happy to help you with your CIPD assignment.
Answer
