Novel Reliability Method Validation for Floating Wind Turbines

Wind turbines and associated parts are susceptible to cyclic stresses, including torque, bending, longitudinal stress, twisting moments. Therefore, research on the resilience of dynamic systems under such high loads is crucial for design future risk‐free operations. The method described in this study beneficial multidimensional structural responses that have undergone sufficient numerical simulation or measurement. In contrast established dependability methodologies, unique technique does not need restart each time system fails. Herein, it demonstrated also possible accurately predict probability a failure event measurable reaction. well‐established bivariate statistical methods, which known extreme response levels 2D accurately, validates novel reliability particularly suitable responses. conventional approach invoke function Monte Carlo case. As study, anticipate likelihood case