Data collection and classification for earthquake damage to tunnels and the analysis of the
influencing factors are important for the anti-seismic design of tunnels. The first purpose of …

In valley areas, tunnels are commonly constructed near slope surfaces. The seismic
behavior of the tunnel near a slope surface is less understood, especially under the …

In this paper, the method of combining indirect boundary element method (IBEM) with the
region-matching technique is used to solve the seismic responses of a three-dimensional …

This study investigated the impact of a non-causative fault on the dynamic response of a
nearby lined tunnel under the incidence of plane SV waves using the indirect boundary …

This study deals with the soil-structure interaction induced by underground tunnels and
surface structures subjected to SV waves using the finite element method (FEM). To this end …

Recent research on earthquake disasters has provided evidence that Rayleigh waves play a
crucial role in causing damage to both underground and surface structures during …

The growing use of underground structures, specifically to facilitate urban transportation,
highlights the need to scrutinize the effects of such spaces on the seismic ground response …

Recent studies found that some structural damage can be attributed to the effect of surface
waves. A shallow underground structure may be heavily influenced by surface waves, which …

This paper investigates the dynamic interaction between a lined tunnel and a hill under
plane SV waves using the indirect boundary element method (IBEM), with the displacement …

This study established a 3D seismic analysis model for the reef-seawater system, in which
the fluid-solid interaction algorithm, the fluid and solid artificial boundaries are adopted for …