Is there an indent when standing on a solid surface?

In summary, when standing on a block of steel, there will be a microscopic indent due to the material's linear elastic behavior. This means that the steel block will deform slightly but return to its original shape when the load is removed. This is similar to the concept of walking on a plank of wood and it bending under your weight. However, due to the stronger density of the steel block, the deformation will be less noticeable. This is a result of the material's Young's modulus, which is present in all materials and can be seen in the transmission of sound waves through solids.
  • #1
Acadeus
14
0
Does anyone know for sure that when standing in a single spot (for a better idea we will say on a block of steel) that there is a microscopic indent (not permanent) on the steel block. For more elaboration I see it as the same aspect as walking on a plank of wood and it will bend due to your weight but because the stronger density of the steel block it would be less evident.
 
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  • #2
“Many materials display linear elastic behavior, defined by a linear stress-strain relationship, as shown in the figure up to point 2, in which deformations are completely recoverable upon removal of the load; that is, a specimen loaded elastically in tension will elongate, but will return to its original shape and size when unloaded.”
http://en.wikipedia.org/wiki/Ultimate_tensile_strength
 
  • #3
Yes there will be an indent. Every material when subjected to a stress will elongate or compress, although as you said if it's just you standing on a steel block then this deformation will be minuscule.
 
  • #5
Thank you guys
 
  • #6
Acadeus said:
Thank you guys

The fact that sound waves can be transmitted through 'solids' is proof that there is some deformation as a result of an applied force. 'Everything' has a Young's modulus.
 

FAQ: Is there an indent when standing on a solid surface?

Is the indent on a solid surface permanent?

No, the indent on a solid surface is not permanent. It will disappear once the pressure is removed.

Can an indent on a solid surface be fixed?

Yes, depending on the material of the surface, an indent can be fixed by applying heat or pressure, or by using a filler or repair kit.

What causes an indent on a solid surface?

An indent on a solid surface is caused by an external force, such as weight or pressure, being applied to the surface.

Can an indent on a solid surface affect the stability of the surface?

In most cases, an indent on a solid surface will not affect its stability. However, if the surface is already weak or damaged, an indent could potentially make it more unstable.

Are there any tips for preventing indents on solid surfaces?

Yes, to prevent indents on solid surfaces, it is important to evenly distribute weight or pressure when placing objects on the surface. Also, avoid dragging heavy objects across the surface, as this can cause indents or scratches.

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