Abstract
This paper deals with a simple method of estimating the J-integral for a single-edge cracked specimen subjected to bending moment and shearing force. The J-integral of a specimen which is subjected to mixed mode I-II loading is expressed in the form of J=JI+JII, where JI and JII are the components of mode I and mode II deformation, respectively. For the single-edge cracked specimen, J1 can be estimated from the M-θ diagram (M: bending moment, θ:crack opening angle), and JII can be given by the sum of the elastic part and the plastic part estimated from the F-U diagram (F: shearing force, U: crack shearing displacement). Large deformation finite element analyses were carried out for four kinds of specimens under loading conditions ranging from pure mode I to pure mode II. The validity of this simple estimation method for the J-integral was examined and the deformation behavior of the crack tip under mixed mode loading was discussed based on J-integral, J, JI, JII.
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