• 22 Posts
  • 9 Comments
Joined 1 year ago
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Cake day: June 13th, 2023

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  • I don’t think they have given a complete list of what will be included. For the first two episodes it is as follows based on a quick scan of the manga. I don’t really have the time to go through the whole first season, but as you can see from episode 1, they are likely to jump around a bit.

    Episode Manga Chapters
    Episode 1 6, 40
    Episode 2 47-50

    Edit: I did go back through some of the first season, but I ran out of time, so here is the first half the season (roughly):

    Episode Manga Chapters
    Episode 1 1-3
    Episode 2 4, 7, 9
    Episode 3 10-13
    Episode 4 16-20
    Episode 5 21-24
    Episode 6 26-27, 29-30
    Episode 7 34-37









  • I think that @saccharomyces@mander.xyz provided a great response for the specific case of flow in a pipe.

    I just want to add that if you look beyond the restrictions of flow in a pipe, there are many other types of behavior that non-Newtonian fluids exhibit. We measure this in the lab on instruments called rheometers. Basically, we put some liquid in the instrument and then deform it and measure the resistance to that deformation. One of the most common ways to apply that deformation is to do so back and forth in an oscillating manner. Depending on the frequency at which you apply this strain, the solid/liquid-like behavior can change. If you have some background in physics or want to get a decent understanding, I found this paper that, on skimming it, seems to be pretty consistent with the way I was taught this stuff in grad school.

    One graph I want to point out is Figure 13 which shows what would be a “typical” viscoelastic polymer solution. An easy way to understand this graph is that as we go from left to right, we are applying strain back and forth quicker and quicker, essentially shaking it faster. When the G’ value is higher than the G" value, then the material is behaving more like a solid and conversely, when G" > G’, then it is behaving more like a liquid. You can see that the material goes through different phases of behavior as the strain frequency changes. Just for you I went and dug up an old graph from my thesis to show a real-life example of this happening too.

    My favorite demonstration of this is to put Oobleck (or something similar) onto a speaker and then change the frequency and see what happens.