Research Explorer

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Project

BLEEPID - Towards improved reliability and reduced costs of offshore wind by Blade-Leading-Edge Erosion Prediction and Drone-based Inspection

Outputs & Impact

Publications & research data ( 4 )

Blade leading edge erosion protection : high-speed rain droplet impact pressure and resulting damage evolution in hyper-viscoelastic material

Vinayak Ramachandran NambiarAlireza ShadmaniJoris DegrooteWim De WaeleDieter Fauconnier

Segmentation and quantification of surface defects in 3D reconstructions for damage assessment and inspection

Jonathan SterckxMichiel VlaminckHiep Luong

A1 Journal Article in IEEE TRANSACTIONS ON AUTOMATION SCIENCE AND ENGINEERING

Accurate and robust 3D reconstruction of wind turbine blade leading edges from high-resolution images

Jonathan SterckxMichiel VlaminckKoenraad De BauwHiep Luong

A1 Journal Article in AUTOMATION IN CONSTRUCTION

CFD-FSI modelling of wind turbine blade leading edge erosion

Vinayak Ramachandran NambiarWim De WaeleJoris DegrooteDieter Fauconnier

Activities ( 0 )

Results

Impact narratives ( 0 )

Patents ( 0 )