Analysis of Mixed Mode Cracks in Two-Dimensional Magnetoelectroelastic Media

Han Wang; Xian Hui Ke; Ming Hao Zhao

doi:10.4028/www.scientific.net/KEM.324-325.403

Paper Titles

Formulation of Three-Dimensional Green’s Function and its Application to Fatigue Life Evaluation of Pressurizer
p.387

Simulation Study on Impact Damage of Aircraft Panel Structure under Stress
p.391

Study of Three-Dimensional Stress Distribution and Damage Characterization of Bolt Composite Joint
p.395

Bifurcation and Chaos of the Rectangular Moderate Thickness Cracked Plates on an Elastic Foundation
p.399

Analysis of Mixed Mode Cracks in Two-Dimensional Magnetoelectroelastic Media
p.403

Remaining Life Evaluation and Maintenance of Service-Exposed HP-Nb Reformer Tubes
p.407

An Experimental Study on the Axial Collapse Characteristics of Hybrid Side Member
p.411

Accuracy of Intersection Counting Method in Measurement of Fiber Orientation Angle Distribution Using Image Processing
p.415

Non-Contact and Contact Ultrasonic Detection of Fiber Orientation in Orthotropic Composite Laminates
p.419

HomeKey Engineering MaterialsKey Engineering Materials Vols. 324-325Analysis of Mixed Mode Cracks in Two-Dimensional...

Analysis of Mixed Mode Cracks in Two-Dimensional Magnetoelectroelastic Media

Abstract:

Based on the analytical solution for an elliptical cavity and the self-consistent method, the exact solutions for a crack in a two-dimensional magnetoelectroelastic medium is derived. The strain energy density factors are calculated for mixed mode cracks in a composite made of BaTiO3 as the inclusion and CoFe2O4 as the matrix.