Structural optimisation of wind turbine components using topology optimisation

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Title
Structural optimisation of wind turbine components using topology optimisation

CoPED ID
f9f50db8-1956-45c5-a5b2-2f386bbd486f

Status
Closed


Value
£156,000

Start Date
June 30, 2013

End Date
March 30, 2014

Description

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GL Garrad Hassan (GH) has a long track record in designing structural components for large wind turbines (eg nacelle machine frame, bearing housing, hub). The designs have evolved over several years, but can be optimised further. GH believes that the method of numeric topology optimisation may be an alternative option to further optimise structural components. Reducing tower head mass also leads to reduced tower and support structure weight. GH plans to evaluate Topology optimisation software (Tosca) on an existing 7MW offshore wind turbine design. Based on the layout of this turbine an 'optimised' nacelle machine frame and bearing housing(s) are generated using numeric topology optimisation. The 'traditional' design and 'optimised' will be compared. Relevant criteria are: fatigue and ultimate strength, but also load distribution on for instance the yaw bearing will be evaluated.

Subjects by relevance
  1. Planning and design
  2. Optimisation
  3. Turbines
  4. Design (artistic creation)
  5. Bearings
  6. Software design

Extracted key phrases
  1. Structural optimisation
  2. Offshore wind turbine design
  3. Numeric topology optimisation
  4. Wind turbine component
  5. Topology optimisation software
  6. Structural component
  7. Large wind turbine
  8. Nacelle machine frame
  9. GL Garrad Hassan
  10. Long track record
  11. Tower head mass
  12. GH
  13. Support structure weight
  14. Alternative option
  15. Relevant criterion

Related Pages

UKRI project entry

UK Project Locations