Abstract: A problem of two bonded, dissimilar half-planes containing an elliptical hole on the interface is solved. The external load is uniform tension parallel to the interface. A rational mapping ...

Abstract: A solution is derived for the elastic problem of two bonded dissimilar planes. The bonded planes are symmetric with respect to the interface, which is straight. A rational mapping function and complex stress functions are ...

Abstract: A bimaterial problem is considered for shapes that are symmetrical with respect to an interface that is finite and straight. A rational mapping function and complex stress functions are used to obtain a general solution ...

Abstract: A problem is solved for a bimaterial plane that consists of partially bonded dissimilar half‐planes subject to uniform traction parallel to the interface at infinity. Fracture conditions at a debonded tip are investigated, ...

Abstract: A general solution to the frictional punch problem is obtained for any shape, but the part of the punch is a straight boundary. As an example, a crack initiating from an end of the punch in an elastic half‐plane is analyzed. ...

Abstract: A solution is found for a cracked half‐plane loaded by a wedge‐shaped rigid punch with friction. It is assumed that Coulomb's friction law is applied between the punch and the matrix and that the contact region is straight. ...