From the Inside, Out Use of Optical Measuring Techniques for Wind Turbine Development

Author:

Stanley A.1,Klein Markus2

Affiliation:

1. GOM UK

2. GOM mbH

Abstract

Current trends in the wind turbine industry demand that manufacturers and related research facilities increase development efficiency whilst minimizing production costs. A key component developed is the blade, which needs to efficiently capture the wind energy whilst being able to survive severe weather conditions. More recently larger blades have been used, where main advantages include an increase in wind capture efficiency, a reduction in the installation and reduction in maintenance costs per MW. This paper outlines the main principles behind optical measurement techniques employed, influencing factors for using this technology, and presents the importance of the results achieved thus far and describes ongoing development activities.

Publisher

Trans Tech Publications, Ltd.

Reference6 articles.

1. Jensen, F: Ultimate strength of a large wind turbine blade. Technical University of Denmark (2008).

2. Puri, A et al: Analysis of Wind Turbine Material using Digital Image Correlation. Imperial College London (2009).

3. Radke, M: Mobile Optical Coordinate Measuring Technology Used in Offshore Wind Turbines Setup. I.T.A., (2009).

4. Schmidt Paulsen, U., Erne, O., Klein, M: Modal Analysis on a 500 kW Wind Turbine with Stereo Camera Technique. I.O.M.A.C., (2009).

5. Schmidt, T., Tyson, J: Some Common and %ot So Common Applications of 3D Image Correlation. Proceedings of the GOM International User Meeting, Braunschweig, Germany, (2007).

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