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 …

This paper investigates the structural behavior and soil–structure interaction mechanism of
very large-span arched soil–steel structures constructed using steel plates with deep …

Development and population growth have made using shallow buried pipes in urban areas,
highways, and subways inevitable. In this study, the performance and behavior of shallow …

The demand and application of buried structures have greatly increased recently. With
space partially or fully confined, the safety of buried structures subjected to internal hazards …

TC4/DP780 dissimilar metals were laser welded with different thicknesses of the H62
interlayer. Joints with good forming and mechanical properties were obtained. The corrosive …

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

The ultimate limit states provided by current design codes and standards were based on full-
scale field and laboratory tests performed on soil-steel structures (SSS) of spans less than …

The increasing use of buried corrugated steel plate (CSP) bridges and culverts in
transportation infrastructure contributes to looking for the most optimal solutions regarding …

Geotextiles have become a subject of scientific research in recent years due to their ability to
reduce pressure on soil masses and buried structures. However, the effective optimal of …

Buried circular corrugated steel arches (BCCSAs) are often adopted in underground
engineering. However, the current design specifications cannot accurately estimate the …