Ask HN: Will the gas burner continue to work if it is turned upside down?
If I hold a gas stove upside down, will it continue to work normally? Because the gases will want to go "up" but they'll have to come "down" to burn and produce fire.
3 comments
I'm not 100% sure, but it should work. Something like https://www.biotoolswiss.com/microbiological-instruments-1/b...
I think the direction of the gas flow is caused mostly by the speed of the gas that exit the pipe, not gravity. The burner in the stove has some air intake to mix some air and make a better flame, but I think it should work upside down (if you fix the moving parts).
Anyway, I couldn't find any experimental verification in a quick search and I'd really love to see one.
I think the direction of the gas flow is caused mostly by the speed of the gas that exit the pipe, not gravity. The burner in the stove has some air intake to mix some air and make a better flame, but I think it should work upside down (if you fix the moving parts).
Anyway, I couldn't find any experimental verification in a quick search and I'd really love to see one.
Why would gases “have to come “down” to burn”?
You need 3 things for a fire: something to burn, oxygen, and heat, so as long as newly released gas comes into contact with burning gas in the presence of oxygen, it will burn.
That need not be near the exit of the gas main (for an extreme example, look at a flame thrower (military ones typically use liquid, but commercial ones typically use gases such as propane)
Efficiency and cleanliness of burning will likely go down, but I would think the design of gas exits isn’t that critical to keep a flame burning. One reason could be that, initially, it isn’t density that controls whether gas goes up or down, but gas pressure.
You need 3 things for a fire: something to burn, oxygen, and heat, so as long as newly released gas comes into contact with burning gas in the presence of oxygen, it will burn.
That need not be near the exit of the gas main (for an extreme example, look at a flame thrower (military ones typically use liquid, but commercial ones typically use gases such as propane)
Efficiency and cleanliness of burning will likely go down, but I would think the design of gas exits isn’t that critical to keep a flame burning. One reason could be that, initially, it isn’t density that controls whether gas goes up or down, but gas pressure.
If it doesn't work, oxy-acetylene workers are out of business.
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