Design and Finite Element Analysis of Hydrostatic Pressure Testing Machine used for Ductile Iron Pipes

Ayush Morchhale

Abstract


The present work deals with the design, construction and demonstration of a hydraulic pressure testing machine. The machine can be used universally to test a centrifugally cast iron pipe (from 80 to 600 mm diameter) under the applied hydraulic pressure. The developed machine can handle a maximum of 5 MPa pressure for 600 mm diameter pipe. The machine was designed using mild steel flats, plates and bars and was tested under maximum design pressure of 3.5 MPa. Stiffeners were used in proposed design, instead of thick end plates as used by earlier researchers. The modeling of machine was carried out using commercially available SolidWorks 14 and the validation of design was carried out using FE package ABAQUS 6.13. Several trials were carried out on design pressure and precise results of von-Mises stress were obtained well within the specified yield stress limits and significant decrease in total deformation of stiffened end plates. Added stiffeners also resulted in reduced material requirement, weight, higher cost effectiveness and being light in weight helps in easy handling at site.


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DOI: http://dx.doi.org/10.5539/mer.v6n2p23

Copyright (c) 2016 Ayush Morchhale

Mechanical Engineering Research   ISSN 1927-0607 (Print)   ISSN 1927-0615 (Online)   Email: mer@ccsenet.org

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