This paper deals with stress and displacement calculation in dynamically bent unbounded flexible pipes. The presented method is original in that movements and stresses of all helical layers are coupled. Good correlation between strain measurements and the theory has been found, and is shown in the paper
This paper consists of a linear elastic stress analysis of curved pipes having all the possible boun...
AbstractThe paper studied the stress-strain state of the discharge antivibration pipe of the flexibl...
Graphs of outside surface stress distributions are presented and numerical values of stresses on ins...
The main objective of this thesis is to study the characteristics of different types of flexible pip...
Fatigue is an important character for the flexible pipes as they are always exposed to dynamic loadi...
Flexible pipe is a layered structure composed of plastic and steel materials. Under a large bending ...
A semi-membrane curved ring element, described in a previous paper, is reformulated to take into acc...
In general, the different phenomena in the production, the different technological processes, are ch...
A semi-membrane deformation ring element is presented. The displacement field involves a combinatio...
An unbonded flexible pipe is one of the most important equipment in offshore engineering, transporti...
This chapter deals with the more usual formulations in the numerical approaches to the problem of st...
In the design of piping systems the importance of the pipe bend is well established. Recent publicat...
AbstractThe authors proposed an analytical method for the analysis of the end effect in a pipe bend ...
Abstract: Stress and strain analyses of helical compression springs have long been an important fact...
Flexible pipes are commonly used for connecting seabed flow-lines to floating production facilities....
This paper consists of a linear elastic stress analysis of curved pipes having all the possible boun...
AbstractThe paper studied the stress-strain state of the discharge antivibration pipe of the flexibl...
Graphs of outside surface stress distributions are presented and numerical values of stresses on ins...
The main objective of this thesis is to study the characteristics of different types of flexible pip...
Fatigue is an important character for the flexible pipes as they are always exposed to dynamic loadi...
Flexible pipe is a layered structure composed of plastic and steel materials. Under a large bending ...
A semi-membrane curved ring element, described in a previous paper, is reformulated to take into acc...
In general, the different phenomena in the production, the different technological processes, are ch...
A semi-membrane deformation ring element is presented. The displacement field involves a combinatio...
An unbonded flexible pipe is one of the most important equipment in offshore engineering, transporti...
This chapter deals with the more usual formulations in the numerical approaches to the problem of st...
In the design of piping systems the importance of the pipe bend is well established. Recent publicat...
AbstractThe authors proposed an analytical method for the analysis of the end effect in a pipe bend ...
Abstract: Stress and strain analyses of helical compression springs have long been an important fact...
Flexible pipes are commonly used for connecting seabed flow-lines to floating production facilities....
This paper consists of a linear elastic stress analysis of curved pipes having all the possible boun...
AbstractThe paper studied the stress-strain state of the discharge antivibration pipe of the flexibl...
Graphs of outside surface stress distributions are presented and numerical values of stresses on ins...
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