The paper presents an experimental study on dynamic amplification factors (DAFs), which
was conducted on four corrugated steel plate (CSP) culverts. The results of field tests under …

The corrugated steel (CS) reinforcement method has been adopted for strengthening
dilapidated bridges and culverts owing to its advantages of convenient construction, good …

The paper presents the performance of four long-span deep-corrugated steel box culverts
with spans of 8-and 14-m during backfilling, as well as comparisons with finite-element …

The paper presents the static loading of four long-span deep-corrugated steel box culverts
with spans of 14 and 8 m. The tests, which were part of a series of full-scale tests, involved …

This paper investigates the performance of flexible culverts–often referred to as soil–steel
composite bridges (SSCB)–when constructed in sloping topography. A number of 2D finite …

Soil-steel composite structures are getting more popular in recent years. With the
introduction of more sophisticated structures such as box culverts with flexural stiffeners, the …

The limit state design of large-span soil–steel composite bridges (SSCB) entails that
understanding their structural behaviour in the ultimate state is as much needed as their …

Shield tunnels inevitably endure various forms of damage as their service times increase.
Steel corrugated plates have been used extensively under multiple conditions and have …

Flexible corrugated steel culverts have been used in engineering for many years, with the
first application in 1931. Since that time the popularity of such structures has enormously …

Reinforcing old bridges with corrugated steel (CS) is gaining interest due to outstanding
reinforcement effects and relative ease of implementation. The approach consists of …