In this paper, existing knowledge on the behaviour of soil-steel composite structures
(SSCSs) has been reviewed. In particular, the response of buried corrugated steel plates …

Soil–steel composite structures are commonly considered competitive alternatives to
conventional small road and railway bridges. The structure is made from corrugated steel …

This study aims to analytically implement base isolation with soil–structure interaction (SSI)
on a sample structure and to develop a very simple solution to add these combined effects …

Damage to buried pipes under seismic landslide actions has been reported in many post-
earthquake reconnaissance. The landslide-pipe problem in the technical literature has been …

Water ingress is a common and costly problem in tunnel construction, and understanding
the hydrogeological characteristics of a site is crucial for mitigating its effects. This study …

During strike-slip fault dislocation, multiple fault planes are commonly observed. The
resulting permanent ground deformation can lead to profound structural damage to tunnels …

In regions prone to seismic activity, buildings constructed on soft soil pose a significant
concern due to their inferior seismic performance. This situation often results in considerable …

The paper presents the numerical analysis of geodesic domes in which different location of
mass was taken into account. In addition, the dynamic excitation was used and the seismic …

Compared with circular, arched, and pipe-arched soil–steel structures, box-type soil–steel
structures (BTSSSs) have the advantages of high cross-section utilization and low cover …

The objective of this study was to determine the reasonable flexural functions of ultrawide
box girders, reveal the mechanism of the shear lag effect, and improve the analysis theory of …