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<blockquote data-quote="Immacomputer" data-source="post: 2832625" data-attributes="member: 570419"><p>While they may be smaller, they will be experiencing much greater pressure than the outside wall. There is not much pressure in a port at all. The air in the port is flowing back and forth and has an entrance and exit point. The air inside the enclosure is being compressed and expanded and doesn't have an entrance or exit point. That compression is what drives the air mass in the port. It would be much smarter to keep those inner port panels 3/4" and make the outside 1/2".</p></blockquote><p></p>
[QUOTE="Immacomputer, post: 2832625, member: 570419"] While they may be smaller, they will be experiencing much greater pressure than the outside wall. There is not much pressure in a port at all. The air in the port is flowing back and forth and has an entrance and exit point. The air inside the enclosure is being compressed and expanded and doesn't have an entrance or exit point. That compression is what drives the air mass in the port. It would be much smarter to keep those inner port panels 3/4" and make the outside 1/2". [/QUOTE]
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