Numerical simulations for rare ice gouge depths

Wang, Albert T.

doi:10.1016/0165-232x(90)90015-o

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Subsea Pipeline and Ice Gouges1

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1994

1995

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“…The method also requires input information on spatial gouge generation rate which is the number of new gouge generated per year in a unit area, say, one square kilometer. For areas in which only linear gouge generation rate data are available, a conversion formula is available in Wang (1990a) to convert the linear rate into spatial rate. Based on a similar computer simulation approach, Wang (1990b) attempted to provide a framework to develop rational trench depths, based on gouge data, pipe properties, and the degree of soil disturbance below the bottom of gouges.…”

Section: Subsea Pipeline and Ice Gougesmentioning

confidence: 99%