Exact(2)
The relaxation of residual stresses arose through phase transformations according to the diffusion of nitrogen but also of carbon.
In all cases significant high stresses arose in the supporting saddles and in cylinder walls in correspondence of saddles, so highlighting that asynchronous actions can sensibly affect the stress level of the cylindrical tank and cannot be neglected.
Similar(58)
Important, but not yet considered sufficiently, are the multi-axial stresses arising from thermal gradients.
The in-plane stress is shown to be homogeneous, and significant out-of-plane stresses arise.
(sigma^{Updelta T}) represents thermal stresses arising from the difference between the mud temperature and formation temperature.
The resisting stresses arise due to interfacial tension and the viscous flow inside the drop.
These were, however, rather low compared to the tensile stresses arising during wetting.
On the edge of laminates, out-of-plane stresses arise, even up to material's failure.
Residual stresses arise during the manufacturing process of buffer layers depending on some factors.
Therefore, thermal stresses arise as a consequence of differential thermal expansions or contractions.
Elastic stresses arise because of the sharp concentration change ahead of the transformation front.
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