Force to smooth a 1 mm surface bump out of a steel of sheet

In summary, the amount of force required to make a 1 mm surface bump of diameter 16 mm on a 1 mm thick steel plate depends on the shape of the bump and how it was formed. For a steep edged bump with a flat top created with a punch, it will take little energy to flatten it. However, if the bump is conical, it will require the same amount of force to flatten it as was used to create it. The shape of the bump and the method of formation are important factors to consider when determining the necessary force. Additionally, using heat or a press may also affect the force needed, and the type of steel being used (low or high carbon) is also a determining factor. Further information
  • #1
abdulbadii
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TL;DR Summary
How much force does it take to have 1 mm surface bump of diameter 16 mm circle area out of 1 mm thick steel plate
Roughly, how much force does it take to make 1 mm surface bump of diameter 16 mm circle area out of 1 mm thick steel plate of far larger area (e.g. a muscled hand pounding it laid over the base with 16 mm dia. hole by M16 bolt medium is viable enough) ?
 
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  • #2
It depends on the shape of the bump and how it was formed.

If a steep edged bump with a flat top was created with a punch, then the disc will now be free. It will take little energy to knock the punching back into the hole, but it will probably fall out again.

If the bump is conical, it will take as much force to flatten it, as was used to create it.

What shape is the bump, and how was it formed.
 
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1. What is the definition of force?

Force is a physical quantity that describes the interaction between two objects, resulting in a change in motion or deformation of an object.

2. How is force measured?

Force is typically measured in units of Newtons (N) using a force meter or scale.

3. How can force be used to smooth a 1 mm surface bump out of a steel sheet?

Force can be applied to the surface bump using a tool such as a hammer or sandpaper, exerting enough pressure to flatten the bump and smooth out the surface.

4. Is force the only factor that determines the smoothness of a surface?

No, other factors such as the material properties of the steel sheet and the tool being used also play a role in achieving a smooth surface.

5. Are there any safety precautions to consider when using force to smooth a surface bump?

Yes, it is important to wear appropriate protective gear such as gloves and eye protection when using force to smooth a surface bump. It is also important to use caution and apply force carefully to avoid causing damage to the steel sheet or injuring oneself.

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