This paper consists of a literature review on the latest research progress about the lateral
buckling of submarine pipelines under high temperature (HT) and high pressure (HP). First …

With the extensive laying of subsea pipe networks, interactions between seabeds and
pipelines are attracting increasing attention; nevertheless, the study of buried pipelines …

The ultimate bearing capacity of a rigid, plane-strain pipe segment embedded in undrained
clay is studied using numerical limit analysis. The pipe is considered to be 'wished in …

Subsea pipelines are prone to global buckling under high temperature and high pressure.
The key to predict buckling is to accurately evaluate the pipe-soil resistance, which is …

Significant forces can be applied to embedded pipelines in sloping grounds due to soil
instabilities, which potentially might lead to leakage of hazardous fluids into the …

This paper describes a test setup and methodology for centrifuge modeling of energy pile
pullout from saturated soft clay, with the goal of understanding how pile heating improves …

Cone penetration in soil is a complex process. The complexity arises partly from the
boundary-value problem itself, in which a penetrometer with a conical tip is pushed down at …

Pipelines are usually trenched and backfilled using the pre-excavated soil as cost-effective
protection against the environmental, constructional, and operational loads. The design of …

Offshore pipelines need to be trenched and backfilled in shallow waters for physical
protection against the environmental, operational, and accidental loads. These buried …

The results of a series of physical experiments to quantify the drag force on a submarine
pipeline caused by a glide block or an out-runner block impact normal to the pipe axis are …