A continuum model for fiber reinforced materials with debonding
A continuum thery for a fiber-reinforced material with debonding between the constituents is presented. The debonding phenomenon is simulated by imposing the continuity of the normal displacements at the fiber-matrix interfaces while allowing free tangential slip there. The derived theory is of the lowest order and is obtained by using a first order expansion in the displacements in the fiber and matrix phases.
first order expansion in the displacements in the fiber and matrix phases
scientific article; zbMATH DE number 3898358