Installation of ocean pipeline can involve near-surface towing conditions through waves. This paper presents a method for evaluating the response of the pipeline in waves in order to predict bending stresses. The investigation covers the effects of back tension, towing depth, pipe stiffness and wave frequency. Techniques for determining numerical solutions for the response of the pipeline and the bending moment have been developed and these results compare favourably with the experiments
Graduation date: 1984A finite element formulation is developed for the prediction of\ud the large di...
During the past one and a half decade, pipeline has been proven to the most economical means of larg...
A two-dimensional numerical model is developed to predict local scour around submarine pipelines ind...
Installation of ocean pipeline can involve near-surface towing conditions through waves. This paper...
As oil production moves to deeper water and marginal fields, it is necessary to critically consider ...
This paper presents an experimental study that seeks to further the understanding of how free span l...
The purpose of the subproject "Pipe Dynamics" was to develop a numerical model that can be used to d...
This paper presents a numerical investigation of the feasibility of condition monitoring of untrench...
A submarine pipeline on the seabed will adjust its shape to the sea bottom profile. The sea bottom p...
AbstractOil and gas reserves are moving towards deeper waters day by day and it has become increasin...
Suspended spans generally occur in subsea pipelines as a result of the irregularity of seabed. Addit...
In recent years, higher demands for offshore pipeline design of deepwater installation are put forwa...
In this article, a model for the determination of displacements, deformations and tensions of a subm...
A study has been conducted to investigate the effect of nonlinear wave forces on a marine pipeline. ...
[Objectives] With the continuous development of deep-sea marine resources,pipe-laying vessel in subm...
Graduation date: 1984A finite element formulation is developed for the prediction of\ud the large di...
During the past one and a half decade, pipeline has been proven to the most economical means of larg...
A two-dimensional numerical model is developed to predict local scour around submarine pipelines ind...
Installation of ocean pipeline can involve near-surface towing conditions through waves. This paper...
As oil production moves to deeper water and marginal fields, it is necessary to critically consider ...
This paper presents an experimental study that seeks to further the understanding of how free span l...
The purpose of the subproject "Pipe Dynamics" was to develop a numerical model that can be used to d...
This paper presents a numerical investigation of the feasibility of condition monitoring of untrench...
A submarine pipeline on the seabed will adjust its shape to the sea bottom profile. The sea bottom p...
AbstractOil and gas reserves are moving towards deeper waters day by day and it has become increasin...
Suspended spans generally occur in subsea pipelines as a result of the irregularity of seabed. Addit...
In recent years, higher demands for offshore pipeline design of deepwater installation are put forwa...
In this article, a model for the determination of displacements, deformations and tensions of a subm...
A study has been conducted to investigate the effect of nonlinear wave forces on a marine pipeline. ...
[Objectives] With the continuous development of deep-sea marine resources,pipe-laying vessel in subm...
Graduation date: 1984A finite element formulation is developed for the prediction of\ud the large di...
During the past one and a half decade, pipeline has been proven to the most economical means of larg...
A two-dimensional numerical model is developed to predict local scour around submarine pipelines ind...