Schork, BenjaminBenjaminSchorkKucharczyk, PawelPawelKucharczykMadia, MauroMauroMadiaZerbst, UweUweZerbstHensel, JonasJonasHenselBernhard, JulianJulianBernhardTchuindjang, Didi DeflorDidi DeflorTchuindjangKaffenberger, MatthiasMatthiasKaffenbergerOechsner, MatthiasMatthiasOechsner2019-07-122019-07-122018-07Engineering Fracture Mechanics (198): 103-122 (2018-07)http://hdl.handle.net/11420/2939The paper provides an application of the IBESS approach to the investigation of the influence of various parameters of the global and local weld geometry as well as material defects on the fatigue strength of weldments. For this purpose, the global weld parameters, such as the weld toe radius, the flank angle, the excess weld metal, local secondary notches (in the present study as a measure of surface imperfections) and inclusions sizes have been determined as statistical distributions for different joint types and geometries and two steels of different strengths. The results are in line with literature data and reveal the potential of the theoretical approach to predict the correct trends. The combination with an advanced weld quality system has been demonstrated to be possible.en0013-79442018103122Journal Article10.1016/j.engfracmech.2017.07.001Other