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A references for common feats page continuation
- Thread starter Votron5
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No.
You'd get the volume, in your example that volume is 45m but it can be any number. And then you multiply that volume by the toughness value.
Ugarik said it's the same, but with toughness values instead of fragmentation values.
You'd get the volume, in your example that volume is 45m but it can be any number. And then you multiply that volume by the toughness value.
Ugarik said it's the same, but with toughness values instead of fragmentation values.
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You should wait for the thread. I'm planing to post it on friday.
@KLOL506 there's no formula because there's no functional relation one can integrate. But it still can be measured using stress-strain or load-elongation graphs. I'll show you how to do it with explanation on friday
@KLOL506 there's no formula because there's no functional relation one can integrate. But it still can be measured using stress-strain or load-elongation graphs. I'll show you how to do it with explanation on friday
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Not sure 100% if this is the place or if suggested, but can their be some values for real life volcano eruptions?Besides the ones already existing
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Getting Hit By a Car
Could someone better explain the "not slammed into a wall" part for me?
And as for the "slammed into wall" part, would being hit and then carried by said vehicle qualify for this? (e.g. hit by bus and not sent flying, but continuing to be pushed by the bus.)
Could someone better explain the "not slammed into a wall" part for me?
And as for the "slammed into wall" part, would being hit and then carried by said vehicle qualify for this? (e.g. hit by bus and not sent flying, but continuing to be pushed by the bus.)
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Alright.
Could you also give a better example of the formula? I'm not really understanding it due to the fact that I think some things were skipped in the current example, and I'm confused how they got to the conclusion of 10.6 m/s
Could you also give a better example of the formula? I'm not really understanding it due to the fact that I think some things were skipped in the current example, and I'm confused how they got to the conclusion of 10.6 m/s
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They took the mass of the car (1500kg), multiplied it by the speed of the car (11.176m/s), giving them 16764.
They took this number (16764) and divided it by the car's mass (1500kg) plus a human's mass (70kg), so 16764/1570, giving a result of 10.6777m/s.
They took this number (16764) and divided it by the car's mass (1500kg) plus a human's mass (70kg), so 16764/1570, giving a result of 10.6777m/s.
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I think that's just pulverising g a human being
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Okay, thanks.
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A push on a request for some help from fluid dynamics masters to help solve the followings:
- Durability in Joule equivalent for dropping into the ocean surface
- Breaking things inside a car in the ocean at different ocean depths
- Speed of sinking in lava compared to water
- Stop a fan
- Stop a running chainsaw
- Stop the movement of rotor wings (main and side) of a helicopter
- Break rotor wings (main and side) of a helicopter
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Durability in Joule equivalent for dropping into the ocean surface
Sorry but that's not how it works. The energy will be the same no matter at what surface you land. What will be diffecente is the impact force. It can be calculated as the drag fluid force is this case. So it's inpossible to calculate it in units of energy.
Breaking things inside a car in the ocean at different ocean depths
I don't understand what that means
Speed of sinking in lava compared to water
It depends on density of a sinking object. A human body won't sink in lava because lava has much higher density
Stop a fa Stop a running chainsaw, Stop the movement of rotor wings (main and side) of a helicopter
You need force in order to stop those things, not kinetic energy. It's like asking what speed is needed to melt one ton of ice
Sorry but that's not how it works. The energy will be the same no matter at what surface you land. What will be diffecente is the impact force. It can be calculated as the drag fluid force is this case. So it's inpossible to calculate it in units of energy.
Breaking things inside a car in the ocean at different ocean depths
I don't understand what that means
Speed of sinking in lava compared to water
It depends on density of a sinking object. A human body won't sink in lava because lava has much higher density
Stop a fa Stop a running chainsaw, Stop the movement of rotor wings (main and side) of a helicopter
You need force in order to stop those things, not kinetic energy. It's like asking what speed is needed to melt one ton of ice
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By the way I've made the thread
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User_blog:AguilaR101/Destruction_of_reinforced_concrete
Has this been approved? This may update the current values of reinforced concrete we are using.
(it hardly matters for now since many overhauls are made in this wiki.)
Has this been approved? This may update the current values of reinforced concrete we are using.
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Not even pulverisation figures are safe. "Fusion", vaporisation, atomisation, subatomic destruction and total mass-evergy conversion figures are unaffected though.Migue79 said:
Or should I say, they are safe until they aren't.
But it is highly suggested the proper frag, v frag and pulv ends for new materials are calibrated according to degree of toughness rather than blindly slapping shear strength, UTS and compression strength.
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Is anyone going to put down the different destruction values of bulletproof glass in a format of our site as a chart?
Quite useful in a lot of "street level" feats.
I am currently busy but may attempt it one or two weeks from now.
Quite useful in a lot of "street level" feats.
I am currently busy but may attempt it one or two weeks from now.
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Do we have anything on:
1. How to bend metal structures, such as bars, street lamps, gun barrels, etc.?
2. Surviving rolling while partially or wholely stuck inside something? For example, rolling down a hill while one's hands are stuck in a ball of mud, dirt or snow, causing the ball to regularly crush the victim as it flattens them while moving? Or just being stuck in the center as it rolls?
1. How to bend metal structures, such as bars, street lamps, gun barrels, etc.?
2. Surviving rolling while partially or wholely stuck inside something? For example, rolling down a hill while one's hands are stuck in a ball of mud, dirt or snow, causing the ball to regularly crush the victim as it flattens them while moving? Or just being stuck in the center as it rolls?
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Outrunning athletic people and police officers?
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Credits to KLOL506 who found that the tensile strength of one type of bullet proof glass (SP 1.25 (Acryshield L3Ôäó) Bullet Resistant Glass) was 9400 psi or 64.81071853 MPa or J/cc.
Tested here.
Tested here.
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Someone had a question about shaking levels for everything here.
I have a question myself: Is it possible to figure out someone's lifting strength by how far they throw something? Ex. This person threw this man X meters away, so their lifting strength should be X class.
I have a question myself: Is it possible to figure out someone's lifting strength by how far they throw something? Ex. This person threw this man X meters away, so their lifting strength should be X class.
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Practically, no. Just think about how a good weight lifter may not be as good a javelin thrower or how a good javelin thrower may not be as good a weight lifter.DeathstroketheHedgehog said:
Unless explicitly stated inverse that it can (e.g. how Samurai Jack practices Jump Good by jumping around while strapped to a heavy boulder).
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ALSO do we have a value for someone being reduced to a skeleton
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I have revisions to plan damn it
But I mean that trope of an energy attack reducing someone to a skeleton (do I think it may be Vape)
But I mean that trope of an energy attack reducing someone to a skeleton (do I think it may be Vape)
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Disintegration could be fun too
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This for the electric fan running at maximum power.Ugarik said:
This for a running chainsaw.
The helicopter... Bell UH-1H Iroquois (Huey) helicopter. Bagi destroyed one helicopter by destroying one side rotor wing of a helicopter while the pilot was not being mind-controlled even if he looked into her eyes. (Before that she mind controlled one helicopter pilot to crash a helicopter into another helicopter but that is outside our discussion, and the pilot was not mind-controlled for his helicopter being destroyed.)
Also, help would be appreciated for energy/speed/lifting strength yield for the below:
- Chimpui sucking paper strips from the ground to a portal or a pump whatever in the air in 5 seconds.
- Teen Titans Go! Raven sucked a batch of superheroes into a portal (succeeded) and attempted to suck Deathstroke's giant robot (almost succeeded but failed)
- Kouta Kazuraba sucked all Inves into "a new world" at Kamen Rider Gaim Ep 46.
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