Using Laminar Flow to measure Thermal Conductivity

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SUMMARY

This discussion focuses on measuring thermal conductivity using laminar flow, specifically integrating this measurement into a larger system. The Nusselt Number formula, which incorporates thermal conductivity, is highlighted as a key component. Additionally, the formula involving density (ro), specific heat capacity (Cp), and thermal conductivity (k) is mentioned, indicating its relevance to the measurement process. Participants seek guidance on effectively applying these concepts in practical scenarios.

PREREQUISITES
  • Understanding of laminar flow principles
  • Familiarity with the Nusselt Number and its applications
  • Knowledge of thermal conductivity and its measurement techniques
  • Basic grasp of fluid dynamics and heat transfer equations
NEXT STEPS
  • Research the Nusselt Number and its significance in thermal conductivity measurements
  • Explore the derivation and application of the formula (ro * Cp) / k
  • Investigate experimental setups for measuring thermal conductivity in laminar flow
  • Learn about advanced fluid dynamics simulations to model thermal conductivity
USEFUL FOR

Engineers, researchers, and students involved in thermal management, materials science, and fluid dynamics who are looking to enhance their understanding of thermal conductivity measurement techniques.

Valehntyn
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So, there's a project I'm working on (no, it's not school related), where I'm trying to figure out how to measure thermal conductivity of a material using laminar flow. The idea is to integrate this into a larger system, and it's a measurement I'd like to take in the process.

I know the Nusselt Number formula has conductivity in it, and I know there was another formula somewhere that was [(ro)*Cp]/k, but I honestly can't remember what it was.

Any help, or tips to point me in the right direction would be greatly appreciated.
 
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