Most of the common monorail bridges in the world are non-isolated ones due to their low
superstructure weight. Recently, a limited study on the innovative isolated monorail bridges …

Seismic waves reflected from slope surface amplify ground surface motions in the area near
the crest. Therefore, the seismic response of structures considering seismic topography-soil …

It is essential to know the topography–soil–structure interaction (TSSI) for buildings adjacent
to slopes. In the present study, the seismic response prediction of two midrise buildings …

Monorail bridges play an important role in urban transportation networks, and their proper
seismic performance is an issue of great concern in earthquake-prone countries. Seismic …

The main factor for the amplification of ground motions near the crest or the toe of a slope is
the reflection of the incident waves. The effects of the slope topography on the surrounding …

The dynamic response of a railway bridge can be affected by the properties of its
foundations, particularly if founded on soft soils. Thus, this work aims to establish a coupled …

Buildings have different seismic responses in the topographic-soil–structural interaction
(TSSI) conditions from those in the soil–structural interaction (SSI). This study utilizes 3D …

Both surface and in-depth topography have significant effects on the earthquake records
and inflicted damages. Despite various studies, the effects of topography have not yet been …

Severe damages or failures of arch bridges on different soil grounds have been reported
during previous strong earthquakes. The influence of different soil grounds on the seismic …

The reflections of waves collide with the slope, and the reduction in the ground lateral
stiffness in the areas near the slope crest affects buildings. In this research, using the three …