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Compression Creep Behavior of Compressible Nonmetallic Gaskets
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 01, 1968 by SAE International in United States
Annotation ability available
The loss in bolt tightness on a gasketed joint assembly has been defined in terms of creep, stress relaxation, and the creep relaxation behavior of nonmetallic gaskets. Application conditions which determine the applicability of these phenomena to any specific joint design are discussed. Creep data for compressible gaskets reveal a critical compressive stress above and below which the data can be represented by an empirical equation. Implications of such data are interpreted in the light of gasket material development and flanged joint engineering.
|Aerospace Standard||Piloted Ring Seal Tube Swivel Connection Assembly|
|Aerospace Standard||FITTING ASSEMBLY, ADAPTER RING LOCKED PORT CONNECTION TO BEAM SEAL 4000 PSI AND 5000 PSI /9/|
|Aerospace Standard||FITTING ASSEMBLY, TEE, BEAM SEAL, RETAINED NUT ON SIDE|
CitationSmoley, E., Kottmeyer, R., and Kessler, F., "Compression Creep Behavior of Compressible Nonmetallic Gaskets," SAE Technical Paper 680499, 1968, https://doi.org/10.4271/680499.
- Smoley E. M Kottmeyer R. E. Kessler F. J. Tweed R.G. “The Creep Relaxation Properties of a Flat Face Gasketed Joint Assembly and Their Relation to Gasket and Flange Design.” SAE Earthmoving Industry Conference, Central Illinois Section Peoria, Ill. March 1963
- Clark Murl W. “We Need Better Gasket Materials.” Product Engineering Aug. 30 1965