We combined an ensemble of satellite altimetry, interferometry, and gravimetry data sets
using common geographical regions, time intervals, and models of surface mass balance …

Earth, Jupiter's moon Io and Saturn's tiny moon Enceladus are the only solid objects in the
Solar System to be sufficiently geologically active for their internal heat to be detected by …

We present a new normal-mode formalism for computing the response of an aspherical, self-
gravitating, linear viscoelastic earth model to an arbitrary surface load. The formalism makes …

This paper presents a method that modifies commercial engineering-oriented finite element
packages for the modelling of Glacial Isostatic Adjustment (GIA) on a self-gravitating …

We revisit the theory and predictions of glaciation‐induced perturbations in both the rotation
rate of the Earth (or) and the wander of the rotation pole with respect to the surface …

First recognized by Laplace over two centuries ago, the Moon's present tidal‐rotational
bulges are significantly larger than hydrostatic predictions. They are likely relics of a former …

We analyse self-gravitating compressible Maxwell earth models with compressional and
compositional stratifications by taking into account the continuous variations of the initial …

自Love (1911) 研究了自重球体的弹性变形后, 基于不同的黏弹性地球模型,
许多科学家都对地震变形问题进行了深入研究, 主要发展了基于半无限空间和球形地球模型的黏 …

Within the normal mode relaxation theory, we thoroughly analyze and compare the exact
compressible and incompressible solution for a viscoelastic stratified Earth model with an …

For a self‐gravitating viscoelastic compressible sphere we have shown that unstable modes
can exist by means of the linear viscoelastic theory by both initial‐value and normal‐mode …