This paper summarizes best practice cost-effective geotechnical design of high pressure
high temperature (HPHT) pipelines, with an emphasis on HPHT lines in deep water, that are …

This paper presents a quantitative-mechanistic model for assessing the probability of failure
along pipelines due to their interaction with landslides. The model input parameters include …

This paper addresses subsea electric cable routing using the application of decision support
systems combined with the experts' knowledge. The methodology is successfully applied to …

In recent years, many downscaled physical hydraulic tests and Computational Fluid
Dynamics (CFD) numerical simulations in normal-gravity environments have been …

Pipeline routes have traditionally been selected in the early stages of prospect development,
using low-resolution datasets, with minimal consideration for seafloor and shallow …

Featured Application As described in the examined case studies, the developed GIS-based
computational tool can be efficiently applied for the selection of the optimal routing of energy …

Spatial analysis extracts meaning and insights from spatially referenced data, where the
results are highly dependent on the quality of the data used and the manipulations on the …

Least-cost path pipeline route optimization based upon composite geocost surfaces has
proven to be an effective and practical tool in challenging deepwater projects with …

Offshore lifelines, such as gas pipelines and cables, consist large-scale and very important
engineering projects, while their safe operation is undoubtedly a challenging task. Offshore …

Abstract The Cumberland Plateau of eastern Kentucky is a forested and landslide prone
area dominated by narrow ridges, steep slopes, and, in many places, terrain disturbed by …