Talk:Gravity current

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Revert

Latest comment: 16 years ago1 comment1 person in discussion

Hi. Sorry to revert what appears to be a good-faith edit. But it's not clear to me how evaporation leads to turbulence. Best wishes, Robinh (talk) 22:22, 4 February 2008 (UTC)Reply

Plain-english explanations

Latest comment: 9 years ago2 comments2 people in discussion

The material in this page, in its current form, is highly technical and difficult to understand. It seems to me that someone familiar with the subject matter could explain it in a simpler, more tangible manner which most readers could understand. As it is now, it does not help me to understand how these currents really work, in the Chicago River, for example.

Any takers?

Matthiashess (talk) 15:36, 4 June 2009 (UTC)Reply

I think this has improved quite a bit since 2009. There are also lots of quality references now, so I am going to take off the citations needed flag. Chogg (talk) 17:00, 12 August 2015 (UTC)Reply

Reversions and reorganization

Latest comment: 5 years ago2 comments1 person in discussion

I've found this article to be in pretty bad shape after a few edits about a month ago. I'm reverting these, fixing up citations (the citation flag is still in place), and adding some material. Though, a subject matter expert's touch would still benefit this page. Tfocker4 (talk) 13:36, 11 June 2019 (UTC)Reply

I'm done editing. I got rid of some bad edits, removed a bunch of redundant material, added some citations, and, most importantly, combined the two largest sections to supply a somewhat more coherent message. I moved the Refimprove to that one section, Structure and Propagation. I know fluid dynamics, but am not familiar with this problem. Tried digging through the literature a bunch, and came away with the sense that what's in that section is not nearly as ubiquitous as the article suggests. Here's a laundry list:

The 3 flow stages (of the head or of the whole thing?) aren't really addressed by the cited article (it mostly covers the first stage).
If the above is just about the head of the flow, then what about the rest?
There's almost no discussion of the continuous flow case, nor transition between these two.
I see some authors refer to a "head", "body", and "tail", but the current article just talks about "head" and "tail", so I left as-is.
The Research section feels a bit arbitrary, e.g. no mention of Huppert. I considered removing it, but opted not to since I'm already changing a lot.
The In Nature and... section is largely redundant of material in the opener. Once again, I considered removing it, but opted not to since I'm already changing a lot.
The modeling section needs a lot more
Should've added some pictures from the various linked articles that show the actual process, but I wasn't sure which might be most representative.

Tfocker4 (talk) 16:07, 11 June 2019 (UTC)Reply

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