Ground‐based radar interferometry is an increasingly popular technique for monitoring civil
infrastructures. Many research groups, professionals, and companies have tested it in …

This study investigated the mechanical behavior of fabricated corrugated steel plate during
tunnel construction period and the influence on surrounding ground settlement, aiming to …

Soil–steel composite bridges typically range from 3 to 32 m, and they can be applied as an
effective alternative for reinforced concrete bridges with short spans. They are able to meet …

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 …

The design codes and calculation methods related to soil–steel composite bridges and
culverts only specify the minimum soil cover depth. This value is connected with the bridge …

With the continuous expansion of the high-speed railway network in China, long-span
railway bridges carrying multiple tracks demand reliable and fast testing procedures and …

The dynamic response from passing trains at high speed is studied for a short span soil–
steel composite bridge. Field measurements have been performed, comprising steel strains …

The paper presents the results and conclusions from field tests under service loads
conducted on a corrugated steel plate (CSP) road culvert. Strains and displacements were …

This paper presents the results and conclusions of field tests under service loads that were
conducted on a corrugated steel plate (CSP) railway culvert. Inductive gauges …