How Much Force to Dent Steel and Crack Asphalt in a Sci-Fi World?

  • Thread starter Thread starter jasocintorino
  • Start date Start date
  • Tags Tags
    Book
AI Thread Summary
The discussion revolves around the force required to dent steel and crack asphalt in a sci-fi context involving a genetically modified girl with enhanced abilities. Key questions include the force needed to create specific dents in military-grade steel doors and hybrid car materials, as well as cracking standard asphalt. Responses emphasize the necessity of knowing the exact material composition and conducting hardness tests to determine the required force accurately. The complexity of composite materials and their varying hardness values complicates theoretical calculations. Ultimately, practical testing is suggested as the most reliable method for obtaining accurate data.
jasocintorino
Messages
1
Reaction score
0
I'm looking or some Information - as this is a lesson in learning for me... I'll ask random questions that can hopefully be answered for a book I am starting, this will be my second book.

The girl is a Genetic Experiment whose blood was scientifically altered to include a cheetah's DNA strand - Mixing these together and using them on a young girl, the girl grew cat-like ears, and a tail just like a cat, this includes the speed, reflexes, and other such innate abilities that are inherent to the cheetah family - Though because she has a human body, she has x7 the attributes of a cheetah.

1. Detail; A Solid Military Standard Steel Reinforced Door that can stop explosions from Grenade Launchers - How much force, in theory, would it take to place a 4-inch deep, seven-inch foot-conformed dent into a door of such attributions?

2. A Hybrid, say at the meeting of the front and back door of the car - How much force would it take to place a seven-inch dent in it?

3. Standard 11 inch assfault of the road, to crack this, and make a shield-like imprint from landing harshly upon the pavement - How much force would this take?

I believe these questions are theoretical, and I hope they can be answered -
 
Last edited by a moderator:
Physics news on Phys.org
They aren't theoretical. You need to know the exact material composition of the doors. And if I remember my freshman material science course correctly, you need to perform a hardness test. This is far from theoretical. I don't know how military doors are made, but even if you can find detailed hardness values for each type of material used, that tells you nothing about the hardness of a composite material unless you also know the type of composite material you're dealing with and the exact values of each material composite. And I imagine that the amount of pressure you need to exert also depends on which part of the door you're applying the force on.

The best answer would be to perform a hardness test yourself on these items. I don't see any easy way out of this.
 
So I know that electrons are fundamental, there's no 'material' that makes them up, it's like talking about a colour itself rather than a car or a flower. Now protons and neutrons and quarks and whatever other stuff is there fundamentally, I want someone to kind of teach me these, I have a lot of questions that books might not give the answer in the way I understand. Thanks
Back
Top