How to calculate the bonding force due to wringing effect in slip guages

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    Bonding Force Slip
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SUMMARY

The bonding force due to the wringing effect in slip gauges is influenced by multiple factors including surface finish, material properties, and molecular attractions. There is no direct relationship between these factors, making theoretical calculations challenging. The bonding forces involve complex interactions such as surface tension from oil and water vapor, as well as chemical bonding at the atomic level. Therefore, precise calculations require advanced engineering knowledge beyond basic principles.

PREREQUISITES
  • Understanding of slip gauges and their applications in precision measurement
  • Knowledge of surface finish and its impact on adhesion
  • Familiarity with molecular attraction forces in materials science
  • Basic principles of mechanical and civil engineering
NEXT STEPS
  • Research the principles of molecular adhesion in materials science
  • Study the effects of surface finish on bonding forces in engineering applications
  • Learn about the wringing effect and its implications in precision measurement
  • Explore advanced calculations involving chemical bonding and atomic structure
USEFUL FOR

Engineers, particularly in mechanical and civil disciplines, materials scientists, and anyone involved in precision measurement and the design of slip gauges will benefit from this discussion.

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Bonding force between two slip guages will be inflenced by surface finish,material,wrining effect etc., what is the relationship between all ? Anyone knows how to calculate theoretically?
 
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prabhu_15 said:
Bonding force between two slip guages will be inflenced by surface finish,material,wringing effect etc., what is the relationship between all ? Anyone knows how to calculate theoretically?

Its a very difficult question I must say. There is no direct relation between the terms you mentioned. This question seems to be more engineering based also. Moreover , its more of civil or mechanical engineering. There are many bonding forces like molecular attractions which can cause adherence in these gauges even without using lubricants. Also there is surface tension acting from oil and water vapour. Apart from them , there are other minor forces. So there is no direct relation between the terms !
We CANNOT calculate them theoretically. It'll (for instance resistive forces due to wringing) require a higher level calculation from chemical bonding to atomic structure.

Moreover this might also help :
http://en.wikipedia.org/wiki/Gauge_block
http://www.springerlink.com/content/u08007372r147220/
 

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