Coupled hydrodynamic-structural response analysis of piping systems

  • 88 Pages
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Dept. of Energy, [Office of Energy Research], Argonne National Laboratory, for sale by the Dept. of Energy, Technical Information Center , Argonne, Ill, Oak Ridge, Tenn
Liquid metal cooled reactors -- Pipelines, Pipe -- Hydrodyn
Statementby M. T. A-Moneim, Reactor Analysis and Safety Division, Argonne National Laboratory ; prepared for the U.S. Department of Energy under contract W-31-109-Eng-38
SeriesANL ; 77-91
ContributionsArgonne National Laboratory. Reactor Analysis and Safety Division
The Physical Object
Pagination88 p. :
ID Numbers
Open LibraryOL17962888M

The report describes in detail the expansion of the ICEPEL code for the coupled hydrodynamic-structural response analysis of pipe-elbow loops to general piping systems.

A generalized piping-component model, a branching tee junction, and a surge-tank model are. Get this from a library. Coupled hydrodynamic-structural response analysis of piping systems. Coupled hydrodynamic-structural response analysis of piping systems book T A-Moneim; Argonne National Laboratory.

Reactor Analysis and Safety Division.]. Coupled hydrodynamic-structural response analysis of piping systems (ANL) [M. T A-Moneim] on *FREE* shipping on qualifying : M.

Description Coupled hydrodynamic-structural response analysis of piping systems FB2

T A-Moneim. This paper describes the theory and application of a three-dimensional computer code SHAPS to complex piping systems. The code utilizes a two-dimensional implicit Eulerian method for the hydrodynamic analysis together with a three-dimensional elastic-plastic finite-element program for the structural.

Buy Coupled hydrodynamic-structural response analysis of piping systems (ANL) by A-Moneim, M. T (ISBN:) from Amazon's Book Store. Everyday low Author: M. T A-Moneim. The paper describes three new piping components that are coupled with existing pipe and elbow models so that transient hydrodynamic-structural response analysis of general piping systems is possible.

The three models are: a generalized piping component model, a tee-branching junction model, and a surge tank by: 5. Argonne National Laboratory Reactor Analysis and Safety Division. together with a Lagrangian method to analyze the response of the containment vessel and other solid media inside a reactor containment.

The finite-difference formulation used to approximate the governing equations for the motion of the coolant can be solved in either an.

A splitting method for computing coupled hydrodynamic and structural response J. Ash Argonne National Laboratory, Argonne, IllinoisUSA (Received 10 February ) A numerical method is developed for application to unsteady fluid dynamics problems, in particular to the mechanics following a sudden release of high : J.E.

Ash. The ICEPEL Code for coupled hydrodynamic-structural response analysis of piping systems is used to analyze an experiment on the response of flexible piping systems to internal pressure pulses.

The piping system consisted of two flexible Nickel pipes connected in series through a deg thick-walled stainless steel by: 3.

Details Coupled hydrodynamic-structural response analysis of piping systems PDF

Fully coupled global analysis of Floating Production Systems, including the vessel, the mooring system and the riser system is described.

Design of the. Fully coupled aero-hydrodynamic analysis of a semi-submersible FOWT using a dynamic fluid body interaction approach Article (PDF Available) in Renewable Energy.

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