An analytical model is introduced to analyse moving Griffith crack in a monoclinic crystalline
layer of finite width and infinite extent with moving parallel punch pressure acting at the …

Modified complex potential with free traction boundary condition is used to formulate the
curved crack problem in a half plane elasticity into a singular integral equation. The singular …

This paper deals with the multiple inclined or circular arc cracks in the upper half of bonded
dissimilar materials subjected to shear stress. Using the complex variable function method …

The present study analysed the characteristics of a moving Griffith crack in a self-reinforced
strip of finite thickness and infinite extent with the moving parallel punches of constant load …

The modified complex variable function method with the continuity conditions of the resultant
force and displacement function are used to formulate the hypersingular integral equations …

The new hypersingular integral equations (HSIEs) for the multiple cracks problems in both
upper and lower parts of the bonded dissimilar materials are formulated using the modified …

The behavior of the stress intensity factor at the tips of cracks subjected to uniaxial tension
σ^ ∞ _ x= p σ x∞= p with traction-free boundary condition in half-plane elasticity is …

The new system of hypersingular integral equations (HSIEs) for the thermally insulated
inclined cracks and thermally insulated circular arc cracks subjected to remote shear stress …

An alternative approach is proposed here to investigate the problem of scattering of surface
water waves by a vertical permeable plate submerged in deep water within the framework of …

Hypersingular integral equation associated with the modified complex potential is
formulated to solve the three inclined cracks problems in an elastic half-plane with free …