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void pressurization due to gases that are generated due to chemical action (as in volatilization of low-molecular weight waxes or oils: 'blowpoint' for insufficiently cured rubber, or 'thermal blowout' for systems operating at very high
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unhindered expansion of a microscopic void in a solid elastomer under the action of tensile hydrostatic stresses. This can occur whenever the hydrostatic tension exceeds 5/6 of
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void pressurization due to gases that come out of solution (as in gases dissolved at high pressure)
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The cavitation phenomenon may manifest in any of the following situations:
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Gent, Alan N. (1990). "Cavitation in Rubber: A Cautionary Tale".
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imposed hydrostatic tensile stress acting on a pre-existing void
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