Flexible riser installations or replacements are operations which need to be accurately planned and trained for. Virtual prototyping (VP) allows engineers to interact with simulation tools in real time (RT) during the planning phase, thereby finding optimal solutions and enhancing operational procedures in terms of safety and speed. Literature research has found scarce publication of simulation of flexible riser installation operations. This study compares the outcomes of a RT VP with a benchmark based on the finite element method. The approach presented throughout this paper can provide some suggestions with respect to the installation of a flexible pipe in practical engineering
tThis paper proposes a new approach that enables a robust optimisation of the injection moulding pro...
Abstract: A new approach to the design and implementation of virtual prototyping environ-ments (VPEs...
Flexible risers is a vital part of a floating production system (FPS). In order to predict the riser...
Virtual prototyping (VP) of complex machines requires the realistic representation of components to ...
3D CAD systems are powerful tools for modelling rigid bodies but they are not adequate in order to m...
Experimental tests and detailed finite element analyses were carried out on a model of flexible rise...
Modern 3D CAD systems piping modules are powerful tools for modeling solids as rigid bodies but negl...
Modern 3D CAD systems piping modules are powerful tools for modeling solids as rigid bodies but neg...
The article presents the analysis, project, and experimental examination of an original rigid riser ...
The aim of this thesis is to provide a design tool for the engineering analysis of the dynamics of ...
Abstract: Virtual prototyping (VP) technology has been regarded as a cost-effective way of envisagin...
Flexible pipes are commonly used for connecting seabed flow-lines to floating production facilities....
Nowadays numerical simulations are widely adopted in the industrial world in order to design and opt...
This task is being performed to demonstrate the feasibility of the best riser installation alternati...
At the same time as structural stress calculations in steady state situations become more complex an...
tThis paper proposes a new approach that enables a robust optimisation of the injection moulding pro...
Abstract: A new approach to the design and implementation of virtual prototyping environ-ments (VPEs...
Flexible risers is a vital part of a floating production system (FPS). In order to predict the riser...
Virtual prototyping (VP) of complex machines requires the realistic representation of components to ...
3D CAD systems are powerful tools for modelling rigid bodies but they are not adequate in order to m...
Experimental tests and detailed finite element analyses were carried out on a model of flexible rise...
Modern 3D CAD systems piping modules are powerful tools for modeling solids as rigid bodies but negl...
Modern 3D CAD systems piping modules are powerful tools for modeling solids as rigid bodies but neg...
The article presents the analysis, project, and experimental examination of an original rigid riser ...
The aim of this thesis is to provide a design tool for the engineering analysis of the dynamics of ...
Abstract: Virtual prototyping (VP) technology has been regarded as a cost-effective way of envisagin...
Flexible pipes are commonly used for connecting seabed flow-lines to floating production facilities....
Nowadays numerical simulations are widely adopted in the industrial world in order to design and opt...
This task is being performed to demonstrate the feasibility of the best riser installation alternati...
At the same time as structural stress calculations in steady state situations become more complex an...
tThis paper proposes a new approach that enables a robust optimisation of the injection moulding pro...
Abstract: A new approach to the design and implementation of virtual prototyping environ-ments (VPEs...
Flexible risers is a vital part of a floating production system (FPS). In order to predict the riser...