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OPTIMIZATION OF CONDENSER SHELL USING ANSYS
Subject area: Science,Engineering and Technology · Area of research: Mechanical Engineering
Abstract
One of the major preoccupations of condenser technologists has been -and-still is- the preventions of failures. Very often, however, due to severe problems like leaks or immense pressure which cannot be sustained then it results the bursting of condenser. In order to avoid such situation, the analysis should be done. The present work puts thrust on relation between pressure and stress distribution. Here focus is on pure mechanical analysis and hence thermal effect are not considered. In this project we will optimize the thickness of condenser shell by reducing its thickness, checking its failure using advance FEA, ANSYS software.
Keywords
Condenser, shell, stiffener, thickness
References
[1] Qayssar Saeed Masikh,Dr. Mohammad Tariq,Prabhat Kumar Sinha, “ research paper on analysis of pressure vessel for ductile and brittle material”
[2] Amitkumarm.,H.S.Manjunath,Amithkumar.S. N,“researchonsafetyofpressurevesselfor given loading condition onANSYS”
[3] Yogeshborse,AvadeshK.Sharma,“researchonst essdevelopmentvsthickness considering different end connection of pressure vessel.”
[4] ASME bpvc sec viii division1
[5] Pushpa Khot, Dr. S. G. Taji, H. S. Bawiskar research analysis on:
[6] Quantifying the Role of Stiffener Rings in Pressure Vessels using FEA design a stiffening ring against external pressure
How to cite this paper
@article{1701138,
author = {Shaikh Zainulabedin. A., Patel Yagnik. J., Ravtole Hitesh. C., Dharmic Piyush. K.},
title = {OPTIMIZATION OF CONDENSER SHELL USING ANSYS},
journal = {Iconic Research And Engineering Journals},
year = {2019},
volume = {2},
number = {10},
pages = {135-139},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1701138.pdf},
abstract = {One of the major preoccupations of condenser technologists has been -and-still is- the preventions of failures. Very often, however, due to severe problems like leaks or immense pressure which cannot be sustained then it results the bursting of condenser. In order to avoid such situation, the analysis should be done. The present work puts thrust on relation between pressure and stress distribution. Here focus is on pure mechanical analysis and hence thermal effect are not considered. In this project we will optimize the thickness of condenser shell by reducing its thickness, checking its failure using advance FEA, ANSYS software.},
keywords = {Condenser, shell, stiffener, thickness},
month = {April},
}