Call for Papers:Vol.9 Issue.6

Submission
Last date		 30-Dec-2023
Acceptance Status In One Day
Paper Publish In Two Days
Submit ManuScript

News & Updates

Submit Article

Dear Authors, Article publish in our journal for Volume-9,Issue-6. For article submission on below link: Submit Manuscript


Join As Board

Dear Reviewer, You can join our Reviewer team without given any charges in our journal. Submit Details on below link: Join As Board


Paper Publication Charges

IJARIIE APP
Download Android App

For Authors

Archives

IJARIIE Board

Downloads

Android App

Download IJARIIE APP

Authors

Title: :  Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code
PaperId: :  1162
Published in:   International Journal Of Advance Research And Innovative Ideas In Education
Publisher:   IJARIIE
e-ISSN:   2395-4396
Volume/Issue:    Volume 1 Issue 2 2015
DUI:    16.0415/IJARIIE-1162
Licence: :   IJARIIE is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.

Author NameAuthor Institute
Yashkumar Prakash ShahMaharashtra Institute of Technology, Pune
Mahesh N. PradhanMaharashtra Institute of Technology, Pune

Abstract

Mechanical Engineering
Flange, Obround, Non-circular, Pressure vessel, Linearization, FEA
Flanged joints are essential components in nearly all pressurized systems and piping; however they constitute one of the most complex parts of design. A wrong design can lead to major leakage, affect the system performance and can be hazardous for operators. Various factors influence the successful design and operation of a flange joint in service. The bolted flange joint involves interaction between bolting, flange, and gasket. For various industrial applications such as vapour absorption chillers, unfired pressure vessels having flange size more than 600 mm; there is a need of non-circular flanges having reduced heights than traditional flanges. The shape considered for flange (Slip-on type without hub) is obround shape; whose investigation involves finding an appropriate analytical method to be used for design of this obround flange and which can also comply with ASME code. This obround flange subjected to internal pressure is designed using equivalent circular flange method. The finite element analysis (FEA) is used to predict levels of stress and deformation of a particular flange and stresses are linearized for stress categorization. These FEA results are compared with ASME allowable limit and are on safe side. The analytical design method is approximate method and results on positive error side. For selected application; there is 22% reduction in height observed with the use of obround flange.

Citations

Copy and paste a formatted citation or use one of the links to import into a bibliography manager and reference.

IJARIIE Yashkumar Prakash Shah, and Mahesh N. Pradhan. "Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code" International Journal Of Advance Research And Innovative Ideas In Education Volume 1 Issue 2 2015 Page 211-222
MLA Yashkumar Prakash Shah, and Mahesh N. Pradhan. "Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code." International Journal Of Advance Research And Innovative Ideas In Education 1.2(2015) : 211-222.
APA Yashkumar Prakash Shah, & Mahesh N. Pradhan. (2015). Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code. International Journal Of Advance Research And Innovative Ideas In Education, 1(2), 211-222.
Chicago Yashkumar Prakash Shah, and Mahesh N. Pradhan. "Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code." International Journal Of Advance Research And Innovative Ideas In Education 1, no. 2 (2015) : 211-222.
Oxford Yashkumar Prakash Shah, and Mahesh N. Pradhan. 'Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code', International Journal Of Advance Research And Innovative Ideas In Education, vol. 1, no. 2, 2015, p. 211-222. Available from IJARIIE, http://ijariie.com/AdminUploadPdf/Design_of_Obround_Flange_for_Pressure_Vessel_Application_by_Analytical_Method_and_FEA_to_Comply_with_ASME_code_IJARIIE1162_volume_1_11_page_211_222.pdf (Accessed : 07 March 2018).
Harvard Yashkumar Prakash Shah, and Mahesh N. Pradhan. (2015) 'Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code', International Journal Of Advance Research And Innovative Ideas In Education, 1(2), pp. 211-222IJARIIE [Online]. Available at: http://ijariie.com/AdminUploadPdf/Design_of_Obround_Flange_for_Pressure_Vessel_Application_by_Analytical_Method_and_FEA_to_Comply_with_ASME_code_IJARIIE1162_volume_1_11_page_211_222.pdf (Accessed : 07 March 2018)
IEEE Yashkumar Prakash Shah, and Mahesh N. Pradhan, "Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code," International Journal Of Advance Research And Innovative Ideas In Education, vol. 1, no. 2, pp. 211-222, May-Jun 2015. [Online]. Available: http://ijariie.com/AdminUploadPdf/Design_of_Obround_Flange_for_Pressure_Vessel_Application_by_Analytical_Method_and_FEA_to_Comply_with_ASME_code_IJARIIE1162_volume_1_11_page_211_222.pdf [Accessed : 07 March 2018].
Turabian Yashkumar Prakash Shah, and Mahesh N. Pradhan. "Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code." International Journal Of Advance Research And Innovative Ideas In Education [Online]. volume 1 number 2 (07 March 2018).
Vancouver Yashkumar Prakash Shah, and Mahesh N. Pradhan. Design of Obround Flange for Pressure Vessel Application by Analytical Method and FEA to Comply with ASME code. International Journal Of Advance Research And Innovative Ideas In Education [Internet]. 2015 [Cited : 07 March 2018]; 1(2) : 211-222. Available from: http://ijariie.com/AdminUploadPdf/Design_of_Obround_Flange_for_Pressure_Vessel_Application_by_Analytical_Method_and_FEA_to_Comply_with_ASME_code_IJARIIE1162_volume_1_11_page_211_222.pdf
BibTex EndNote RefMan RefWorks

Number Of Downloads


Last download on 3/7/2018 9:24:54 PM

Save in Google Drive

Similar-Paper

TitleArea of ResearchAuther NameAction
ENHAMCEMENT OF HEAT TRANSFER OF AN ARTIFICIALLY ROUGHENED SOLAR AIR HEATER DUCT HAVING BROKEN ‘S’ SHAPED RIBS ROUGHNESS USING CFDenggAbhishek Anand Download
FABRICATION OF PLASTIC TILE MOULDING MACHINEMechanical EngineeringPrashanth S Download
Effect on Bumper Strength by Optimizing Orientation Angle of Laminated CompositeMachine DesignTanmay Rawal Download
Analysis of Stress and Critical Speed in Rotating Flywheel with different RPMMachine DesignSumit Singh Chandolia Download
MECHANICAL AND MICROSTRUCTURE ANALYSIS OF 2050 SERIES ALUMINIUM ALLOY USING SQUEEZE CASTINGMechanical EngineeringGUGASARAVANAN D Download
IOT BASED SOLAR DRYERMechanical EngineeringPRACHI DANGI Download
WEAR BEHAVIOR OF SELECTIVE LASER MELTED AlSi10Mg FOR THE AS- PRINTED AND VARIOUS HEAT TREATED CONDITIONSMECHANICAL ENGINEERINGJEEVITH R Download
Review of Enhanced Heat Transfer in Tube Bank Arrangements: Insights from Nusselt Number and Friction Factor AnalysisMECHANICAL ENGINEERINGMD Rashid Hussain Download
MECHANICAL AND TRIBOLOGICAL STUDIES OF TI-6AL-4V BY FRICTION STIR PROCESSINGMechanical Engineering ARAVINTH R G Download
A review on comparative evaluation of R1234yf as alternate refrigerant to R134a in mobile air conditioning systemMechanical engineeringBhaveshkumar K. Patel Download
An Exhaust Emission Characteristics in a Spark Ignition Engine Fueled by Petrol-Snot Apple (Azanza garckeana) Bioethanol BlendsMechanical Engineering (Energy)Christopher Innocent Download
Physical Properties of Epoxy Composites Filled with Micro-sized Pistachio Shell ParticulatesMechanicalSatyam Vishwakarma Download
Mechanical Properties of Epoxy Composites Filled with Kota Stone Dust ParticulatesMechanicalAjay Ahirwar Download
MODELLING AND PREDICTION OF WIND SPEED AND WIND TURBINE HUB HEIGHT FOR MAXIMUM POWER DEVELOPMENT IN NIGERIAMechanical Engineering Ogunkunle Dele. K Download
INVESTIGATION ON THERMAL PERFORMANCE OF HEAT PIPE BY OPTIMIZING NANO - FLUIDS AND EVACUATED GLASS TUBE MATERIALThermal EngineeringNavin Kumar Gupta Download
12