Data for: FASTIGUE: A Computationally Efficient Approach for Simulating Discrete Fatigue Crack Growth in Large-scale Structures
Published: 29 November 2024| Version 1 | DOI: 10.17632/rtkshph9px.1
Contributors:
Xiao Chen, Martin EderDescription
FASTIGUE_FE_data includes the auxiliary strain energy release rates in the nodes along the two crack fronts for the crack location permutations. SERRs obtained from finite element analyses of the blade model. FASTIGUE_Source_code includes two Matlab scripts: 1. ENRRT_surface_fit.m produces the continuous surfaces fitted to the auxiliary data (see FASTIGUE_FE_data.m) 2. FASTIGUE_crack_growth_module.m calculates fatigue crack growth based on growth parameters and the surfaces provided by ENRRT_surface_fit.m Fig_A1_Data_and_code includes the experimental data taken from [34] and the curve fitting script Fatigue_parameters.m to produce Fig. A1.
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Categories
Computational Mechanics, Wind Turbine, Finite Element Modeling, Fracture Mechanics, Fatigue Crack Growth, Composite Structure