Calculating Impact Force of a Schmidt Hammer

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SUMMARY

The discussion focuses on calculating the impact force of a Schmidt hammer, which utilizes a spring-loaded piston to deliver an impulse against a surface. The user seeks to determine the impact force using known values such as impact energy and rebound value, while lacking specific data on impulse contact time and stopping distance. Key physics concepts such as energy change during inelastic collisions and momentum are highlighted as critical to solving the problem. The inquiry emphasizes the need for a method to derive impact force from limited available data.

PREREQUISITES
  • Understanding of inelastic collisions in physics
  • Knowledge of energy conservation principles
  • Familiarity with impulse and momentum concepts
  • Basic mechanics of spring-loaded systems
NEXT STEPS
  • Research the formula for calculating impact force in inelastic collisions
  • Study the principles of energy transfer in spring-loaded mechanisms
  • Learn about the relationship between rebound energy and impact force
  • Explore methods for estimating impulse contact time in high-speed impacts
USEFUL FOR

Physics students, engineers working with impact testing equipment, and professionals involved in material testing and analysis will benefit from this discussion.

tetherballninja
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Hi! I have apparently forgotten way too much college physics, and could really use some help here. I'm trying to calculate the impact force of an instrument (a Schmidt hammer--uses a spring-loaded piston) that produces an impulse against a surface. The instrument registers a rebound value (which I believe is a measure of rebound energy), and I know the impact energy. I don't have the impulse contact time, or the stopping distance, but both are very small (think very stiff spring-loaded metal piston slamming into a cement wall).

So the question is, given only a change in energy (I don't think it matters if you think of it as spring potential, or kinetic just before impact) during an inelastic collision--plus any other information I may be overlooking that can be gleaned from the "rebound" (momentum?)--is there any way to calculate the impact force?

Thanks in advance for your help!
 
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Thanks for the post! Sorry you aren't generating responses at the moment. Do you have any further information, come to any new conclusions or is it possible to reword the post?
 

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