Converting Units for Thermal Conductivity: A Scientist's Guide

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Discussion Overview

The discussion revolves around converting thermal conductivity units from BTU/hr-ft-R to the SI unit W/(m·K). Participants also seek information on the thermal conductivity of refrigerant R-134a at a specific temperature.

Discussion Character

  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant expresses confusion about converting thermal conductivity units and seeks assistance.
  • Another participant provides a conversion factor, stating that 1 W/(m·K) equals 0.5778 BTU/(h·ft·R).
  • A participant acknowledges the usefulness of the provided conversion factors and mentions that thermal conductivity was the last piece needed for their project.
  • Some participants suggest that searching for unit conversions online can yield helpful results.
  • A participant shares a link to Wolfram Alpha as a tool for finding the thermal conductivity of refrigerant R-134a at the specified temperature.
  • Another participant welcomes a new contributor and appreciates their input.

Areas of Agreement / Disagreement

Participants generally agree on the usefulness of online resources for unit conversion, but there is no consensus on the specific thermal conductivity value for refrigerant R-134a, as it has not been provided in the discussion.

Contextual Notes

Some participants rely on external resources for conversion factors and specific thermal conductivity values, indicating potential limitations in their understanding or access to information.

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Dear reader,

I thought I was getting the hang of converting units but came across a thermal conductivity value and the unit was given in:
BTU/hr-ft-R :eek: I assume the 'R' means 'Rankine'.

I want to convert to the SI unit for Thermal Conductivity:
W/(m·K)

Any ideas? Or if you know where to find the Thermal Conductivity of refrigerant R-134a at 60.29degs C please let me know ;).

Thank you
 
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Excellent Thank you very much, have saved that Common conversion factors pdf as well.

Thermal Conductivity was the last piece to this small puzzle and couldn't do anything til I found that.
 
No worries - note: often all you need to do is google the units you want to convert ;)
 
cheers, I did google it but not in the format you type it and got bad results,, Good thing is I know to use that format you have used. Funny, what ever way i type it in Google now it knows what I mean :D
 
I copied and pasted your format into the searchbar - though google has learned the sorts of results I like so maybe that accounts for it. I often do that when I'm not sure what's intended.

The format in post #2 was copied and pasted from the Common Conversions PDF :)
 
@cpchristenson: welcome to PF.
Nice heads up and first post.
 

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