Research Explorer

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Project

FATCOR: towards a longer lifetime of offshore wind turbine monopile structures by better understanding the FATigue CORrosion mechanisms

Outputs and Outcomes

Publications

Mode I stress intensity factor solutions for cracks emanating from a semi-ellipsoidal pit

Hasan SaeedRobin VancoillieFarid Mehri SofianiWim De Waele

A1 Journal Article in MATERIALS

Experimental evaluation of the short and long fatigue crack growth rate of S355 structural steel offshore monopile weldments in air and synthetic seawater

Hasan SaeedSomsubhro ChaudhuriWim De Waele

A1 Journal Article in APPLIED OCEAN RESEARCH

Stress intensity factor calculation for short cracks initiating from a semi-ellipsoidal pit

Hasan SaeedRobin VancoillieFarid Mehri SofianiKris HectorsWim De Waele

Front face strain compliance for quantification of short crack growth in fatigue testing

Hasan SaeedSomsubhro ChaudhuriWim De Waele

A1 Journal Article in JOURNAL OF STRAIN ANALYSIS FOR ENGINEERING DESIGN

Calibration and validation of extended back-face strain compliance for a wide range of crack lengths in SENB-4P specimens

Hasan SaeedSomsubhro ChaudhuriWim De Waele

Test methods for corrosion-fatigue of offshore structures

Hasan SaeedSomsubhro ChaudhuriWim De Waele

Characterisation of fatigue life and short fatigue crack growth for welds used in offshore turbine monopile

Hasan SaeedSomsubhro ChaudhuriWim De Waele

Extended back-face strain compliance solution for physically short crack regime in SENB-4P specimen

Hasan SaeedSomsubhro ChaudhuriWim De Waele

Longer lifetime of offshore wind monopile structures by understanding the fatigue corrosion mechanisms

Hasan SaeedWim De Waele