The importance of the buried pipelines lies in two main topics: the first is related to the very
long length of these pipes, and therefore protecting them is expensive. The second topic is …

Local corrosion defects of the pipeline and the ground settlement in the geotechnical
engineering problem area pose a huge threat to the integrity and safety of the buried steel …

During urbanization construction, land subsidence occurred due to the environmental
impact of engineering, overexploitation of groundwater or the earthquake, which caused the …

This study presents the results of experimental tests carried on buried uPVC (unplasticized
polyvinyl chloride) pipes with an external diameter of 160 mm. The behavior of buried pipes …

This paper introduces the results of eight full-scale impact load tests on soils reinforced with
geocell, geogrid, strip geogrid, composite structures of both geogrid and strip geogrid and …

With growing populations and continuing urban development, embedding pipes in the
ground that are then overrun by traffic is inevitable. This paper describes full-scale prototype …

In recent years, much research has focused on the use of various materials for relieving and
strengthening soil, eg, steel reinforcing ribs, geosynthetics, geocell, waste tires, and …

Localized subsidence of soil layer is a typical geological disaster for buried long-distance oil
and gas pipelines, which seriously threatens the safe operation of oil and gas pipelines …

Use of the geosynthetics to strengthen the soil is one of the highly desirable techniques
under static and dynamic loads. The present study describes the experimental and …

Threat to the sustainability of buried continuous pipelines (BCPs) can be associated with
different factors such as corrosion, natural hazards, and third-party influences. In the past …