The Faber web site identifies that their cylinders are manufactured in compliance with ASME Code Section VIII. The ASME Code Section VIII stipulates that all pressure vessels must be designed for the most severe conditions of coincident pressure and temperature that are expected during normal service. Normal service includes conditions that are associated with deviations from normal operation that can be anticipated.
It also specifies what materials may be used for ASME Code vessels, plus rules and limitations on their use. Criteria for the materials include their Strength, Corrosion Resistance, and ?Fracture Toughness. Fracture toughness refers to the ability of a material to withstand conditions that could cause a brittle fracture which is typically catastrophic in nature. So any argument that the cylinder specs on the web site are for ideal conditions is inaccurate.
Also, I don't think that I could have come up with a worse analog to filling scuba tanks than standing on a pop can if I tried.
Hell yes a pop can will fail when subjected to a compressional load. Pressure vessels behave differently under compressive forces than when they are exposed to tensile forces (e.g., from internal pressure). This difference in behavior is due to elastic instability, which makes shells weaker in compression than in tension. The main point of this demonstration was missed. That you should not use a component designed for a specific use in another application.
What does this tell us a about a scuba tank? That you better keep those cinder blocks to park your car on in your front yard. A scuba tank will most likely fail if you try to use them for this.
omar
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This has got to be the most humorous oxymoron I have seen a while: Libertarian Lawman.
It also specifies what materials may be used for ASME Code vessels, plus rules and limitations on their use. Criteria for the materials include their Strength, Corrosion Resistance, and ?Fracture Toughness. Fracture toughness refers to the ability of a material to withstand conditions that could cause a brittle fracture which is typically catastrophic in nature. So any argument that the cylinder specs on the web site are for ideal conditions is inaccurate.
Also, I don't think that I could have come up with a worse analog to filling scuba tanks than standing on a pop can if I tried.
Hell yes a pop can will fail when subjected to a compressional load. Pressure vessels behave differently under compressive forces than when they are exposed to tensile forces (e.g., from internal pressure). This difference in behavior is due to elastic instability, which makes shells weaker in compression than in tension. The main point of this demonstration was missed. That you should not use a component designed for a specific use in another application.
What does this tell us a about a scuba tank? That you better keep those cinder blocks to park your car on in your front yard. A scuba tank will most likely fail if you try to use them for this.
omar
________________________________________________
This has got to be the most humorous oxymoron I have seen a while: Libertarian Lawman.