Elastic deformation of a solid body & heat

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SUMMARY

The discussion centers on the elastic deformation of steel and rubber disks during collisions on a friction-free surface. It establishes that while elastic deformation occurs, some energy is indeed converted to heat, although this effect is often negligible in ideal elastic collisions. The conversation highlights that no collision is perfectly elastic, and the conversion of deformation energy to heat is documented in literature, contrary to the initial assumption that it is rarely mentioned.

PREREQUISITES
  • Understanding of elastic deformation principles
  • Knowledge of thermodynamics related to energy conversion
  • Familiarity with collision mechanics
  • Basic physics concepts regarding heat generation in materials
NEXT STEPS
  • Research the principles of elastic and inelastic collisions
  • Study the thermodynamic properties of materials under deformation
  • Explore the concept of energy conservation in mechanical systems
  • Investigate the effects of material properties on heat generation during deformation
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Physics students, materials scientists, and engineers interested in the mechanics of collisions and energy transformation in solid bodies.

vikim
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Let' say two steel or rubber disks hit each other
moving on friction-free surface.
During the interaction, both disks deform elastically.
My question is, does part of deforming energy
gets converted to heat ?
Why not ? Why this effect is never mentioned ? Is it negligible ?
I know from experience that if I bend steel wire, it heats in the place where it's bent.

Thanks
viki
 
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vikim said:
Let' say two steel or rubber disks hit each other
moving on friction-free surface.
During the interaction, both disks deform elastically.
My question is, does part of deforming energy
gets converted to heat ?
Why not ? Why this effect is never mentioned ? Is it negligible ?
I know from experience that if I bend steel wire, it heats in the place where it's bent.

Thanks
viki

The effect may be negligible or not. When it is, we call the collision "elastic".
The effect is mentioned in books, this is not a secret. At least I read about it.
There is no really 100% elastic collision, only good approximations to one.
 

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