Joint strength of gasketed bolted pipe flange joint under combined internal pressure plus axial load with different (industrial and ASME) bolt-up strategy

Gasketed bolted flange joints are used in process industry for connecting pressure vessels and pipes. Design procedures available in the literature mostly discuss structural strength, while sealing failure is still a big concern in industries. Similarly, limited work is found in the literature regar...

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Published in:Proceedings of the Institution of Mechanical Engineers. Part E, Journal of process mechanical engineering Journal of process mechanical engineering, 2017-06, Vol.231 (3), p.555-564
Main Authors: Khan, Niaz B, Abid, Muhammad, Jameel, Mohammed, Wajid, Hafiz Abdul
Format: Article
Language:English
Subjects:
Bolted joints
Combined loading
Design analysis
Failure
Fasteners
Finite element method
Internal pressure
Joints
Mathematical analysis
Nonlinearity
Pipes
Pressure vessels
Sealing
Strategy
Structural strength
Vessels
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creator Khan, Niaz B
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description Gasketed bolted flange joints are used in process industry for connecting pressure vessels and pipes. Design procedures available in the literature mostly discuss structural strength, while sealing failure is still a big concern in industries. Similarly, limited work is found in the literature regarding performance of gasketed bolted joints under combined loading. A detailed 3D nonlinear finite element analysis is performed to study the strength and sealing of a gasketed bolted flanged pipe joint under different bolt-up strategy (Industrial and ASME) and under combined internal pressure and axial loading.
doi_str_mv 10.1177/0954408915614460
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source IMechE_英国机械工程师协会期刊; SAGE
subjects Bolted joints
Combined loading
Design analysis
Failure
Fasteners
Finite element method
Internal pressure
Joints
Mathematical analysis
Nonlinearity
Pipes
Pressure vessels
Sealing
Strategy
Structural strength
Vessels
title Joint strength of gasketed bolted pipe flange joint under combined internal pressure plus axial load with different (industrial and ASME) bolt-up strategy
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