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b Circumferential stress.
The circumferential stress in the liner increases as the interfacial gap increases, but the circumferential stress in the formation decreases as the interfacial gap increases (Fig. 9).
b Circumferential stress Open image in new window Fig. 12 Stress distribution in the casing.
The statistics of possible crack propagation angles are calculated by the maximum circumferential stress criterion.
Then, the range for the negative circumferential stress at different angles is determined.
The results from an example show that circumferential stress increases and radial stress decreases with time.
The circumferential stress is predominant reaching a value around one-half the yield strength of the tube material.
ECs are exposed to circumferential stress which is caused by pressure pulse acting on elastic vessel walls.
The radial stress decreases and the circumferential stress increases with increasing interfacial gap between the adjacent materials.
When the interfacial gap is relative large, the liner will suffer a higher circumferential stress for expansion.
Zantop et al. [21] have assessed the circumferential stress to the meniscal injury while comparing vertical and the horizontal sutures.
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