I always thought that narrower pressure vessels could contain higher pressure, because the curvature is more severe, meaning that for a vessel that needs to retain a similar level of pressure, you could just use less material in the walls of the vessel. Is this not the case with these new cans, and they have the same wall thickness, or is the tradeoff just one that still works out to be in favor of more total aluminum usage?
same size top/bottom for both; only difference is that the standard has a wider body bevel, and the sleek can goes nearly straight down. same lid on both cans, as well. not sure what it does for the scaled material cost, but since the lid is by far the most expensive part, it’s probably negligible, compared to the ability to inflate the price on a taller can.
I can’t fully explain the trend, but ready-to-drink (RTD) alcoholic beverages are a big hit for the industry, and even moreso when presented in the truly/high noon shape. maybe it’s a generational thing? I don’t get it, but I’m also not the target demographic.
bonus fact: the conversion costs of filling sleek cans is pretty steep for most independent brewers, so craft beer will take a couple years to adapt, if ever.
The easiest way to imagine how cylinders have different surface area for a given volume, is imagine how closely a shape matches a sphere, it should have a lower surface area.
Imagine a soda can with the width of one water molecule. The cross section of that can would be on the order of four aluminum atoms for that hair thin can. Then imagine a can that’s nearly a cube or a sphere and how all the liquid can be hiding behind other liquid atoms: hence fewer can atoms per liquid volume.
Blood vessels have high surface area. A pint of blood has low.
Uses more aluminum to store the same amount of liquid too.
You sure about that?
Cylinders of the same volume will have the same area, so it should be the same amount of aluminum?
Maybe less, even, since the lid and bottom are thicker than the sides and on the taller can there’s less of that thick top/bottom
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I had a feeling it’d math out something like that if I opened my fat mouth, lol
I do wonder if thickness of the walls or lid/bottom does have an effect, though, as there must be some reason they make these weird ass cans
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The lid uses more aluminum than the rest of the can, making that smaller will have a bigger impact than the height of the can.
and both of those cans use the same size lid
Just a marketing trick IIRC, since energy drinks got popular and beer cans got unpopular among gen z.
True, look at the seltzer market for instance.
pretty sure it just lets them fit more cans into the same box for shipping, same logic as how you can pack more sand into a box than you can pebbles
a sphere (think bubbles) minimizes area for a given volume
I always thought that narrower pressure vessels could contain higher pressure, because the curvature is more severe, meaning that for a vessel that needs to retain a similar level of pressure, you could just use less material in the walls of the vessel. Is this not the case with these new cans, and they have the same wall thickness, or is the tradeoff just one that still works out to be in favor of more total aluminum usage?
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same size top/bottom for both; only difference is that the standard has a wider body bevel, and the sleek can goes nearly straight down. same lid on both cans, as well. not sure what it does for the scaled material cost, but since the lid is by far the most expensive part, it’s probably negligible, compared to the ability to inflate the price on a taller can.
I can’t fully explain the trend, but ready-to-drink (RTD) alcoholic beverages are a big hit for the industry, and even moreso when presented in the truly/high noon shape. maybe it’s a generational thing? I don’t get it, but I’m also not the target demographic.
bonus fact: the conversion costs of filling sleek cans is pretty steep for most independent brewers, so craft beer will take a couple years to adapt, if ever.
The easiest way to imagine how cylinders have different surface area for a given volume, is imagine how closely a shape matches a sphere, it should have a lower surface area.
Imagine a soda can with the width of one water molecule. The cross section of that can would be on the order of four aluminum atoms for that hair thin can. Then imagine a can that’s nearly a cube or a sphere and how all the liquid can be hiding behind other liquid atoms: hence fewer can atoms per liquid volume.
Blood vessels have high surface area. A pint of blood has low.
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That can’t be true.
Consider a cylinder cut in half, giving a circular cross section. Cover each new circular gap with new aluminum.
Now you’ve enclosed the same volume in cylinders, with a different surface area.
You also created 2 cylinders where once there was one, which is not what was being discussed. You even mention that you added material:
I could have said “2 cylinders of the same volume” but I felt context made that clear
Yes I did say that I added material. That’s the point: you cannot do this transformation without adding material.
But you’re saying this is only with two cylinders?
I thought the cand were extruded from discs… Maybe they use a larger disc, but I think the taller cans have thinner walls.
Source: https://youtu.be/V4TVDSWuR5E