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Gasketed Joint Analysis Including Flange Bending Effects
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English
Abstract
A bolted joint mathematical model is presented which includes flange bending effects. The approach simulates the behavior of a system of elastic flanges, a one component non-linear gasket, and linear elastic bolts subjected to assembly and pressurization loadings. Flange distortion is introduced to the joint diagram to predict the overall, midspan, and under the bolt gasket loads.
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Authors
Citation
Widder, E., Sadowski, M., and Novak, G., "Gasketed Joint Analysis Including Flange Bending Effects," SAE Technical Paper 930120, 1993, https://doi.org/10.4271/930120.Also In
References
- Gasket and Joint Design Manual for Engine and Transmission Systems SAE publication AE-13 1988
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- Design Considerations of Deflection in a Rigid Flange Gasket Joint Oren, J. SAE Paper 830216
- Computer Modeling of the Sealing Behavior of Gaskets in Flanged Joints Nau, B. Nuclear Engineering and design 90 1985 181 191
- Using a Mathematical Flange Distortion Model and Expert System to Optimize Gasket Material Selection Lehr, B. Moser, M. SAE Paper 910202
- Elastic Beams on Non-Linear Continuous Foundations Kurajian, G. Na, T. ASME Paper 81-WA/DE-2
- A New Technique to Measure Real Time Static and Dynamic Gasket Stresses Czernik, D. Miszczak, F. SAE Paper 910205