A two dimensional model of an anchor cable subjected to a uniform current, fixed at the sea bed and moving with a specified motion at the surface is developed. A steady state solution is developed and used as an initial condition for the numerical solution of the dynamic equations. The method of characteristics is used to carry out the numerical integration.http://archive.org/details/anchorcabledynam00hornLieutenant, United States NavyApproved for public release; distribution is unlimited
In this article we deal with the numerical simulation of the dynamics of a tethered buoy, which is a...
A new finite element model of the variable-length underwater cable with geometrically nonlinear moti...
Graduation date: 1983The nonlinear dynamic analysis of cable and cable-large\ud body systems subject...
Subsea cable laying process is a difficult task for an engineer due to many uncertain situations whi...
The armored cable used in a deep-sea remotely operated vehicle (ROV) may undergo large displacement ...
This study presents a general set of three-dimensional dynamic field equations, boundary conditions ...
A compact and practical mathematical model of the anchor-related manoeuvring forces is developed. Th...
Thesis (Ocean E.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1985.MICROFICH...
Mooring cable system, fastening the floating platform is an indispensable segment in the development...
In this paper, a simplified equation of motion is developed to simulate a submerged cable subjected ...
A numerical approach for predicting motion and tension of marine cables during laying operations in ...
A numerical approach for predicting motion and tension of extensible marine cables during laying ope...
We present an idea for modeling flexible ocean umbilical cable using a nonlinear finite element meth...
Submarine cable systems are a vital and expanding part of the world wide telecommunication network. ...
A progress report for the Ocean Science and Technology Division, U.S. Office of Naval Research, Cont...
In this article we deal with the numerical simulation of the dynamics of a tethered buoy, which is a...
A new finite element model of the variable-length underwater cable with geometrically nonlinear moti...
Graduation date: 1983The nonlinear dynamic analysis of cable and cable-large\ud body systems subject...
Subsea cable laying process is a difficult task for an engineer due to many uncertain situations whi...
The armored cable used in a deep-sea remotely operated vehicle (ROV) may undergo large displacement ...
This study presents a general set of three-dimensional dynamic field equations, boundary conditions ...
A compact and practical mathematical model of the anchor-related manoeuvring forces is developed. Th...
Thesis (Ocean E.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1985.MICROFICH...
Mooring cable system, fastening the floating platform is an indispensable segment in the development...
In this paper, a simplified equation of motion is developed to simulate a submerged cable subjected ...
A numerical approach for predicting motion and tension of marine cables during laying operations in ...
A numerical approach for predicting motion and tension of extensible marine cables during laying ope...
We present an idea for modeling flexible ocean umbilical cable using a nonlinear finite element meth...
Submarine cable systems are a vital and expanding part of the world wide telecommunication network. ...
A progress report for the Ocean Science and Technology Division, U.S. Office of Naval Research, Cont...
In this article we deal with the numerical simulation of the dynamics of a tethered buoy, which is a...
A new finite element model of the variable-length underwater cable with geometrically nonlinear moti...
Graduation date: 1983The nonlinear dynamic analysis of cable and cable-large\ud body systems subject...