Static deformation of two welded monoclinic elastic half-spaces due to a long inclined strike-slip fault

Static deformation due to a long buried dip-slip fault in an isotropic half-space welded with an orthotropic half-space

“…Several researchers have studied the deformation due to shear or tensile faults in the two half-space model e.g. Ben-Zion (1989), Singh & Rani (1991), Singh et al (1992), , Bonafede & Rivalta (1999), Kumar et al (2002), Kumar et al (2005), Rani & Bala (2006) and the others. Wu & Chou (1982) applied the generalized method of images to obtain the elastic field of an in-plane line force acting in a two-phase orthotropic medium.…”

Deformation of a Uniform Half-Space with Rigid Boundary Caused By a Long Inclined Strike Slip Fault of Finite Width

“…Madan and Garg (1997) obtained the analytic expressions for the displacement and stresses at any point of an orthotropic horizontal elastic layer coupling in different ways to a base due to a very long inclined strike-slip fault situated in a layer. Kumar et al (2002) studied static deformation of two monoclinic elastic half-spaces in welded contact due to a long inclined strike-slip fault situated in one of the half-spaces analytically and numerically. Chug et al (2010) obtained closed-form analytical expressions for the deformation at any point of a two-phase medium consisting of a homogeneous orthotropic half-space in welded contact with a homogeneous isotropic elastic half-space caused by non-uniform slip along a very long vertical strike-slip dislocation, situated in the orthotropic elastic half-space.…”

Deformation of a Uniform Half-Space with Rigid Boundary Due to a Strike-Slip Line Source

“…Madan and Garg (1997) obtained the analytic expressions for the displacement and stresses at any point of an orthotropic horizontal elastic layer coupling in different ways to a base due to a very long inclined strike-slip fault situated in a layer. Kumar et al (2002) studied static deformation of two monoclinic elastic half-spaces in welded contact due to a long inclined strike-slip fault situated in one of the half-spaces analytically and numerically. Chug et al (2010) obtained closed-form analytical expressions for the deformation at any point of a two-phase medium consisting of a homogeneous orthotropic half-space in welded contact with a homogeneous isotropic elastic half-space caused by non-uniform slip along a very long vertical strike-slip dislocation, situated in the orthotropic elastic halfspace.…”