Further to the previous review article (Adv Engng Software 19 (1)(1994) 21–32), this paper
reviews more recent studies on the same subject by citing more than one hundred papers …

Boundary integral equations with strongly singular and hypersingular kernels can be very
useful in many fields of applied mechanics. In this paper two basic aspects are addressed …

In this paper, the degenerate kernels and Fourier series expansions are adopted in the null-
field integral equation to solve the exterior Helmholtz problems with alluvial valleys. The …

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In this study, we extended the boundary integral equation method (BIEM) to include the
effect of free surface, which is crucial for the interpretation of near-field observations of large …

An efficient algorithm is employed to evaluated hyper and super singular integral equations
encountered in boundary integral equations analysis of engineering problems. The …

In this paper, we derive the null-field integral equation for a medium containing circular
cavities with arbitrary radii and positions under uniformly remote shear. To fully capture the …

Boundary integral equations with extremely singular (ie, more than hypersingular) kernels
would be useful in several fields of applied mechanics, particularly when second‐and third …

The dynamic stress concentration factor (DSCF) is evaluated along the interfaces of multiple
multilayered inclusions embedded in a half-space when subjected to a plane harmonic SH …

The present publication deals with 3D elliptic boundary value problems (potential, Stokes,
elasticity) in the framework of linear, isotropic, and homogeneous materials. Numerical …