Geological fracture zones play an important role in determining the amount of deposits in oil
and gas fields. In practice, for modeling wave scattering in fractured zones, numerical …

Interest in computational methods for calculating wave scattering from fractured geological
clusters is due to their application in processing and interpreting the data obtained during …

This article first presents machine-learning (ML) inversion of resistivity profiles from
multifrequency electromagnetic measurements on undulating terrain surfaces based on …

A spurious-free domain decomposition method (DDM) based on a nonconforming
tetrahedron–hexahedron mesh is proposed to solve 3-D Maxwell's eigenvalue problems …

The numerical mode matching (NMM) method is widely employed in the simulation of
electromagnetic (EM) problems with cylindrical geometries. Its significant reduction of the …

Abstract Logging-while-drilling (LWD) electromagnetic (EM) measurements have been
developed and increasingly used to place the oil/gas wells in formations for decades …

The concentric all-fiber structures have attracted extensive attention because of their
promising applications. However, the reflection, transmission spectrum, and electromagnetic …

Investigating the anisotropy of response from fractured media through computational
experiments plays an important role in seismic exploration for oil and gas. This paper shows …

Combining the traditional Nitsche's method (NM) and Gauss' law, we propose a mixed
Nitsche's method (MNM) based on a hybrid tetrahedron–hexahedron mesh. With this …

Since the discovery of graphene, due to its excellent optical, thermal, mechanical and
electrical properties, it has a broad application prospect in energy, materials, biomedicine …