Temperature induced in a medium due to a suddenly applied pressure inside a spherical cavity.
Temperature induced in medium due to suddenly applied pressure inside spherical cavity investigated, using iteration method
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Temperature induced in medium due to suddenly applied pressure inside spherical cavity investigated, using iteration method
The structural effects of nonuniform temperature distributions, such as those produced by aerodynamic heating or thermal ice-prevention systems, are discussed and found to be of two types: The introduction of thermal stresses and distortions as a result of restrained thermal expansion and a change in the stresses and distortions produced by the applied loads as a result of the variation of elastic properties of materials with temperature. These effects are illustrated by sample analyses of the stress and distortion distributions of simple box beams and by calculation of the stresses on a typical wing section.