Climbing robot to perform radiography of wind blades
Sattar, T., Marques, V., Anvo, R.N., Garrido, G.G., Kaur, A., Routledge, P. and Markham, K. (2021). Climbing robot to perform radiography of wind blades . Robotics for Sustainable Future - CLAWAR 2021. Kwansei Gakuin University (KGU), Takarazuka, Japan 30 Aug - 01 Sep 2021 Springer.
|Authors||Sattar, T., Marques, V., Anvo, R.N., Garrido, G.G., Kaur, A., Routledge, P. and Markham, K.|
The RADBLAD project aims to demonstrate a step change in the accurate and fast in-situ non-destructive testing of wind turbine blades located off-shore us-ing remote robotic deployment of X-ray radiography at great heights to image the full thickness of a blade. This paper describes the development of the robot system that deploys an X-ray source and detector around a blade by climbing up a turbine tower. Robot design is concentrated on developing a lightweight modular robot system easily transported to test sites and assembled quickly but capable of carrying a large payload. Four tower climbing crawlers drive a ring structure (constructed around the tower) up a wind turbine tower to place an X-ray source and digital detector on either side of a blade with long arms consti-tuted by a bridge structure. The system is actuated by fourteen electric motors, six pneumatic actuators on the ring structure and sixteen pneumatic actuators on the crawlers. The focus of the paper is on describing the remote control of these actuators via a CANopen bus and a DC power bus that aims to minimize the size of umbilical power and communication cables.
|Keywords||NDT of Wind blades; Tower climbing robot; Robot control; Multi-actuator remote control|
|Publication dates||30 Aug 2021|
|Publication process dates||25 Jun 2021|
|28 Jun 2021|
The paper has been published in the book
Accepted author manuscript
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