News Updates Tuesday 25th Apr 2017 :
  • Welcome to International Press Corporation, world's leading publishers, We have served more than 10000+ authors
  • Articles are invited in engineering, science, technology, management, industrial engg, biotechnology etc.
  • Paper submission last date of March/April 2017 extended to 25 April 2017, Submit online or at editor.ijcet@inpressco.com
  • Our journals are indexed in University of Regensburg Germany, Google Scholar, Cross Reference data bases
  • Applications for reviewers are invited and can be sent directly to concerned editor's mail

Design and Analysis of a Process Plant Piping System


Author : Payal Sharma, Mohit Tiwari and Kamal Sharma

Pages : 31-39
Download PDF
Abstract

Piping systems are designed to perform a definite function. Piping system designing and construction of any plant or services are time consuming, complex, and expensive effort. Designing of piping systems are governed by Industrial/International Codes and Standards. Piping codes defines the requirements of design, fabrication, use of materials, tests and inspection of piping systems and the standards are more on defining application design and construction rules and requirements for piping components. The basic design code used in this paper is ASME B31.3 Process Piping code which includes petroleum refineries, chemical plants, textile plants, paper plants and semiconductor plant. The objective of this paper is to explain the basic concept of flexibility such as flexibility characteristics and flexibility factor, and also stress intensification factor (SIF) referring to this code. CAD Packages like CAEPIPE has been developed for the comprehensive analysis of complex systems. This software make use of Finite Element Methods to carry out stress analysis. However this require the pipe system to be modelled before carrying out stress analysis. Static analysis is carried out in order to find the sorted code stresses, code compliance stresses, element forces and moments in coordinates and displacement at all nodes in the piping layout. Compare the SIF results against the results obtained with CAEPIPE by using some observations on SIF equations. In CAEPIPE, if the ratio of Maximum Stress Induced to Maximum Allowable Stress is below 1 then the pipe system is safe else redesigning is required.

Keywords: ASME B31.3, CAEPIPE, Flexibility characteristics, Flexibility factor, Stress intensification factor

 

Call for Papers
  1. IJCET- March/April-2017 Issue

    Submission Last Date extended to 25 April
  2. IJTT-March-2017
  3. IJAIE-March-2017
  4. IJCSB-March-2017
  • Inpressco Google Scholar
  • Inpressco Science Central
  • Inpressco Global impact factor
  • Inpressco aap

International Press corporation is licensed under a Creative Commons Attribution-Non Commercial NoDerivs 3.0 Unported License
©2010-2017 INPRESSCO® All Rights Reserved