【摘要】：The coupled elastic, electric and magnetic fields produced by an arbitrary shaped three-dimensional (3D) dislocation loop in general anisotropic magneto-electro-elastic (MEE) bimaterials are derived. First we develop line-integral expressions for the fields induced by a general dislocation loop. Then, we obtained analytical solution for the fields due to a straight dislocation segment. As numerical examples, the fields induced by a quadrate dislocation loop in MEE bimaterials are studied. Our numerical results show the coupling effects among different fields, and various interesting features associated with dislocations and interfaces.