What is split failure in pressure vessels?
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Split failure in pressure vessels refers to the occurrence of cracks or fractures in the vessel due to various factors. One factor that can lead to split failure is the presence of threads or circumferential notches in the vessel, which can propagate cracks and cause premature fracture . Another factor is weld misalignment, where the position of the cylindrical section on one side of the weld is shifted relative to the other section, leading to failure under pressure . Additionally, split failure can occur in high-pressure vessels due to impulsive loading, where the criteria for preventing load instability and progressive distortion are important for ensuring structural integrity . By understanding the causes and failure mechanisms associated with split failure, it is possible to predict and prevent such failures in pressure vessels.
Answers from top 5 papers
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| Papers (5) | Insight |
|---|---|
| Split failure in pressure vessels refers to the failure of a vessel due to the propagation of a crack nucleating from the thread root. | |
| The paper does not mention anything about split failure in pressure vessels. | |
| Split failure in pressure vessels refers to catastrophic failures or unzipping caused by cracks in the vessel. | |
01 Jan 2003 | The concept of "split failure" in pressure vessels is not mentioned in the provided text. |
Open access 01 Jan 2011 | The concept of "split failure" in pressure vessels is not mentioned in the provided text. |
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