Until now, the prismatic mass approximation of the topography and the constant density
assumption have been mostly utilized in topographic reductions, which are rough …

We present an accurate method for the calculation of gravitational potential (GP), vector
(GV), and gradient tensor (GGT) of a tesseroid, considering a density model in the form of a …

We develop a novel gravity inversion algorithm in spherical coordinates based on adaptive
inversion mesh refinement and multiphysical parameter constraints. The inversion mesh is …

The Indian shield region comprises of several Archean cratons, Proterozoic mobile belts,
Proterozoic-Phanerozoic rift basins, and volcanic provinces and has been significantly …

Abstract The Gauss–Legendre quadrature (GLQ) integration is a numerical method to
calculate the gravitational field of a tesseroid and the approximation error of the GLQ …

Fast and accurate calculation of gravitational effects on a regional or global scale with
complex density environment is a critical issue in gravitational forward modelling. Most …

为了进一步提高空间-波数域三维重力异常正演算法的适用范围和计算效率,
本文采用任意傅里叶变换算法实现了空间-波数域三维重力异常正演, 且在NVIDIA CUDA …

Wavenumber domain gravity modeling is typically based on the fast Fourier transform (FFT),
requiring uniform sampling in both space and wavenumber domains and grid expansion to …

To avoid the problem of the traditional methods consuming large computational resources to
calculate the kernel matrix and 2D discrete convolution, we present a novel approach for 3D …

In this study, we developed a new method that can significantly accelerate the forward
modelling of gravity fields generated by large-scale tesseroids while keeping the …