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📢 Call for Papers — Volume 13, Issue 7 (July 2026) | Submission Deadline: July 31, 2026 | Rapid peer review: 2–3 days | Impact Factor: 7.37 (SJIF 2026)

Paper Details

📄 IJAERD-OJS-5026

Study Of The Effect Of Various Factors On The Stress Generation Of Large Horizontal Pressure Vessel By Taguchi Approach.

Author(s):Hirenkumar I Joshi, Ghanshyam D Acharya
Institution:Kadi Sarva Vishvavidyalaya, Gandhinagar and Dept. of Mech. Engineering, Government Engineering College, Rajkot
Published In:Vol. 4, Issue 9 — September 2017
Page No.:290-295
Domain:Engineering
Type:Research Paper
ISSN (Online):2348-4470
ISSN (Print):2348-6406
Abstract

Large Horizontal pressure vessels are required to be supported with more than two saddles.teh vessel andsaddle are subject to combined state of stresses due to longitudinal, circumferential stress due to pressure and axial,compressive and bending stresses due to loading conditions. The precise prediction of the stresses is very important dueto complicated state of stress. This research article looks for the study of effect of various design factors on the stressdistributions in vessel and saddle parts of large horizontal pressure vessel supported by more than two supports. Thenumerical method has been applied by performing simulation in ANSYS 15.0.Design of experiment method has beenapplied by Taguchi method.L9 orthogonal array has been selected with 4 factors and 3 levels. Number of saddle, wrapangle, distance from head and wear plate extension has been shortlisted for the design of experiementaion.Theregression analysis, Main effect plot and SN Ration plots have been obtained. The prediction model has been derived byregression analysis and can be used for suggest of stresses and influence of various design factors on the stress.

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🕮 How to Cite

Hirenkumar I Joshi, Ghanshyam D Acharya, “Study Of The Effect Of Various Factors On The Stress Generation Of Large Horizontal Pressure Vessel By Taguchi Approach.”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 4, Issue 9, pp. 290-295, September 2017.

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Vol. 13 | Issue 7
July 2026