Optimal length-diameter ratio for internal pressure horizontal storage tanks
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What is the optimal length-to-diameter ratio for internal-pressure horizontal storage tanks? Are there any optimization software or calculation methods that can ensure the safety of such tanks while also reducing costs and improving economic efficiency?
There are relevant papers online. However, it has little practical significance in real-world applications, as constraints imposed by the site conditions and manufacturing processes limit the range of choices available for the length-to-diameter ratio, which is essentially fixed in advance.
Makes sense: handshake
The second floor is the correct choice; design must take many factors into account, as it’s not sufficient to rely solely on what is theoretically optimal