BEng/MEng Civil Engineering with Sustainability
CE3606 Sustainable Infrastructure Development
Assignment title: Offshore wind farm design and energy system integration
Calculation sheet for the simplified design procedure for stage 1
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Notation:
| Thrust coefficient (-) | |
| Rotor diameter (m) | |
| Pile diameter (m) | |
| Young’s modulus of the pile material (Pa) | |
| Horizontal force applied at the rotor due to the EOG at the rated wind speed (N) | |
| Second moment of area (m4) | |
| Wind speed Weibull distribution scale parameter (m/s) | |
| Turbulence integral length scale (m) | |
| Embedded length of the pile (m) | |
| Mudline bending moment (Nm) | |
| Soil’s coefficient of subgrade reaction (N/m2/m) | |
| Wind speed Weibull distribution shape parameter (-) | |
| Water depth (m) | |
| Pile wall thickness (m) | |
| Wind speed at hub height (m/s) | |
| Rated wind speed of the turbine (m/s) | |
| 10-minute mean wind speed (m/s) | |
| Extreme Operating Gust speed (m/s) | |
| Maximum 10-minute mean wind speed (m/s) | |
| 1-year maximum 10-minutes mean wind speed (m/s) | |
| 50-year maximum 10-minutes mean wind speed (m/s) | |
| Hub height above sea level (m) | |
| Load safety factor (-) | |
| Material safety factor (-) | |
| Longitudinal turbulence scale parameter (m) | |
| Characteristic standard deviation due to turbulent wind speeds (m/s) |
| Design calculations | Outputs |
| You should: Follow the design procedure described in the ‘CE3606 – Assignment Stage 1 Design Procedure.pdf’ file. Present your calcs under the respective steps 1-6 (an example header for step 1 is shown below). State main outputs in the right-hand column, providing units. Provide any supporting Figures and Tables, e.g. Weibull plots, which can be found in the ‘CE3606 – Stage 1 Resources.xlsx’ file. Briefly describe your calculation steps. Keep it concise: you are not expected to reproduce the same level of detail as in the guidance document, rather you need to show that you understand the process you followed. Calculate and : … |
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