Description

A multidisciplinary project at UWA in collaboration with the oil and gas industry has yielded very promissing results. The experiments conducted in the UWA O-Tube facility showed that the presence of marine growth on cylinders on the seafloor contribute to their stability. Marine growth has a tendency to accumulate at place where the pipe does not touch the seafloor (spans) and it was shown to disrupt the water flow in such a way that no vortex are being shed in the wake. This goes against the paradigm that spans will create vortex induced vibrations and create pipe fatigue, which could ultimately result in catastrophic failure.

Period16 Dec 2020

Media coverage

1

Media coverage

  • TitleRadio interview
    Degree of recognitionRegional
    Media name/outletABC radio Perth
    Media typeRadio
    Duration/Length/Size5 minutes
    CountryAustralia
    Date16/12/20
    Producer/AuthorABC
    PersonsMarie-Lise Schlappy, Terry Griffiths, Hongwei An

Keywords

  • Subsea pipelines
  • Marine growth
  • Marine sessile invertebrates
  • Epibiota
  • Australian North West Shelf