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BTU/hr·ft·°F

Definition: An imperial unit for thermal conductivity, representing British Thermal Units per hour per foot per degree Fahrenheit.

History/origin: Developed during the industrial revolution in the UK and USA. It remains a key legacy unit in the American construction and HVAC industries.

Current use: Predominantly used in the United States for building insulation ratings, boiler specifications, and heat exchanger design.

cal/s·cm·°C

Definition: A metric unit from the CGS system representing calories per second per centimeter per degree Celsius.

History/origin: This unit was widely used in European scientific literature during the 19th and early 20th centuries before the widespread adoption of Joules and Watts.

Current use: Occasionally found in older scientific papers and specific branches of chemistry and specialized material testing.

BTU/hr·ft·°F to cal/s·cm·°C Conversion Table

BTU/hr·ft·°F [btu_fh]cal/s·cm·°C [cal_scm]
0.01 btu_fh0.00004134 cal_scm
0.1 btu_fh0.00041338 cal_scm
1 btu_fh0.00413379 cal_scm
2 btu_fh0.00826758 cal_scm
3 btu_fh0.01240137 cal_scm
5 btu_fh0.02066895 cal_scm
10 btu_fh0.0413379 cal_scm
20 btu_fh0.08267579 cal_scm
50 btu_fh0.20668948 cal_scm
100 btu_fh0.41337895 cal_scm
1000 btu_fh4.13378953 cal_scm

How to Convert BTU/hr·ft·°F to cal/s·cm·°C

1 btu_fh = 0.00413379 cal_scm
1 cal_scm = 241.90878442 btu_fh

Example: convert 15 btu_fh to cal_scm:
15 btu_fh = 15 × 0.00413379 cal_scm = 0.06200684 cal_scm

Did You Know?

  • In the United States, thermal conductivity is often used to calculate "R-value" for home insulation. A lower thermal conductivity means a higher R-value, keeping your home warmer in winter!
  • The calorie-based unit was historically used in early thermodynamics research before the Watt-based SI unit became the global scientific standard.
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