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Our concrete and reinforced concrete destruction values are outdated

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@DontTalkDT @Executor_N0

We need you to take a look here.

If you do not, Vzearr will have to apply this revision without you, in lack of better options. 🙏
 
The consensus based on the arguments thus far is to keep what we already got for normal concrete, but change the destruction values for reinforced concrete. Just summing that up for you.
So, has there been agreement on which source and value to use for reinforced concrete?
 
The 78.8, 85.9, and 92 MPa values in Vrezzar's linked articles aren't low-end. The 92 MPa value is a high-end, and the other two are middle-ground thus not really being relevant. It's more like this if you really want something:

26+41.4+50+63=180.4

180.4/4=45.1 MPa

Of course this is just going off your way of handling things. Some people prefer to just go right off the sources rather than assume a mean value, so it'd be more like this:

Frag: 13.8 MPa
V. Frag: 26-41.4 MPa (Option 1); 41.4-50 MPa (Option 2)
Pulverization: 99 MPa

Just my thought.
@DontTalkDT
 
So, has there been agreement on which source and value to use for reinforced concrete?
Yes. Fragmentation (13.8 J/cc) and high-end V. Frag (41.4 J/cc) values are sourced from here based on the majority of concrete samples falling in a range of 2-6 ksi in Figure 9: https://engineering.purdue.edu/~fro...rete Shear Strength - Another Perspective.pdf

Pulverization (99 J/cc) and low-end V. Frag (26 J/cc) values are sourced from here: https://pmc.ncbi.nlm.nih.gov/articles/PMC9228203/

This is also used (50 MPa compressive strength; 50 J/cc), but I don't know whether it should be used or not: https://www.sciencedirect.com/science/article/abs/pii/S095006182100595X
 
That last article seems to be talking about something really specific, which isn't really regular concrete. Or at least that's how I interpret it without knowing the full article.

We settled on going for the low end values then?
 
That last article seems to be talking about something really specific, which isn't really regular concrete. Or at least that's how I interpret it without knowing the full article.

We settled on going for the low end values then?
That's where things are a little titchy. Vzearr and KLOL seem to prefer averages, yet I'm more for using values and ranges directly from the sources provided.

The values I put up uses both low ends and high ends, really. Fragmentation uses low-end shear strength (13.8 MPa), V. Frag uses low-end compressive strength on the low end (26 MPa) and high-end shear strength on the high end (41.4 MPa), hence the range of 26-41.4 J/cc, and Pulverization uses high-end compressive strength (99 MPa).

It's up to you, really, I wouldn't mind going either way.
 
Not a friend of averages for this. I would either go for the range or for the low end.
 
Then range end would cover our use cases.
 
So far, three votes for the ranges end. A bureaucrat (DT) and two CGMs (Me and Flashlight). Do we need another vote or two to get this applied?
 
Thank you, but shouldn't you add references for the sources of our new values? 🙏

https://vsbattles.fandom.com/wiki/Calculations?diff=8946795&oldid=8827820
It's already there though.

 
Okay. Never mind then, and thank you for helping out. 🙏

Should we close this thread then?
 
Thank you to everybody who helped out here. 🙏
 
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