Anonymous
6/22/2025, 5:14:03 PM No.16704969
Ok, /sci/ Lords, /pol/ chad here.
Would you mind help us a bit?
Some fag say here >>508329604
>you split the concrete [...] by shock compaction and spall fracturing
Wtf?!
This anon was doing some calculations
>>508329447
>You’d need 2.5 terajoules of energy to melt 2500 cubic feet of granite/concrete. The bomb at best can generate 500 million joules at free fall speed. Maybe I’m wrong about the max bomb kinetic energy but unless I’m off by multiple magnitudes that bomb isn’t going to penetrate as deep as they say
Details: >>508328975
For 2500 cubic feet
| Stage | Energy (J) | Energy (GJ) |
| ----------------------------- | -------------- | ----------- |
| Heat granite to melting point | \~187×109 | 187GJ |
| Latent heat of fusion | \~48×109 | 48GJ |
| **Ideal total** | **235×109** | **235GJ** |
| Practical (with 10× losses) | \~**2,350GJ** | **2.35TJ** |
Full calculation details below
Would you mind help us a bit?
Some fag say here >>508329604
>you split the concrete [...] by shock compaction and spall fracturing
Wtf?!
This anon was doing some calculations
>>508329447
>You’d need 2.5 terajoules of energy to melt 2500 cubic feet of granite/concrete. The bomb at best can generate 500 million joules at free fall speed. Maybe I’m wrong about the max bomb kinetic energy but unless I’m off by multiple magnitudes that bomb isn’t going to penetrate as deep as they say
Details: >>508328975
For 2500 cubic feet
| Stage | Energy (J) | Energy (GJ) |
| ----------------------------- | -------------- | ----------- |
| Heat granite to melting point | \~187×109 | 187GJ |
| Latent heat of fusion | \~48×109 | 48GJ |
| **Ideal total** | **235×109** | **235GJ** |
| Practical (with 10× losses) | \~**2,350GJ** | **2.35TJ** |
Full calculation details below
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