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How to Convert from Btu (th) foot/hour/sq. foot/°F to Calorie (th)/second/cm/°C?
Learn how to convert thermal conductivity from Btu (th) foot/hour/sq. foot/°F to Calorie (th)/second/cm/°C with this easy-to-use unit converter tool. Understand its applications, formulas, and practical examples.
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Btu (th) foot/hour/sq. foot/°F to Calorie (th)/second/cm/°C Conversion Table
| Btu (th) foot/hour/sq. foot/°F | Calorie (th)/second/cm/°C |
|---|
Custom Unit Conversion Table Generator – Instant Printable Conversion Tables
Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.
Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.
Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.
| Btu (th) foot/hour/sq. foot/°F | Calorie (th)/second/cm/°C |
|---|
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What Is This Tool?
This online converter allows users to translate thermal conductivity measurements from Btu (th) foot/hour/sq. foot/°F, an imperial unit, into calorie (th)/second/cm/°C, a cgs unit. It supports engineering, scientific, and HVAC applications by enabling easy unit conversion for heat transfer data.
How to Use This Tool?
- Enter the thermal conductivity value in Btu (th) foot/hour/sq. foot/°F.
- Select the target unit as calorie (th)/second/cm/°C.
- Click convert to see the equivalent value instantly.
Key Features
- Converts thermal conductivity values between imperial and cgs systems.
- Supports commonly used units in building energy modeling and materials science.
- Provides precise multiplication using the defined conversion rate.
- Useful for integrating legacy thermal data with modern calculations.
Examples
- Convert 5 Btu (th) foot/hour/sq. foot/°F to get 0.0206689435 calorie (th)/second/cm/°C.
- Convert 10 Btu (th) foot/hour/sq. foot/°F to receive 0.041337887 calorie (th)/second/cm/°C.
Common Use Cases
- Specifying thermal conductivity of building materials and insulations in imperial units.
- Performing heat transfer calculations in HVAC and building design projects.
- Translating legacy thermal conductivity data from imperial to older cgs-based units for research.
- Conducting laboratory heat flow and calorimetric measurements reported in calorie units.
Tips & Best Practices
- Ensure consistent temperature gradients and uniform material properties when applying conversions.
- Verify unit selections carefully due to differences in temperature scales (°F vs. °C) and area units.
- Use this tool to bridge legacy and modern thermal conductivity values for engineering workflows.
Limitations
- Conversion assumes steady temperature differences and consistent material characteristics.
- Accuracy can be affected by rounding in the conversion factor and regional unit variations.
- Users should note the inherent distinction between Fahrenheit and Celsius temperature scales.
Frequently Asked Questions
- What does Btu (th) foot/hour/sq. foot/°F represent?
- It is a thermal conductivity unit measuring heat transfer rate through a material in imperial units, specifying heat flow per hour through a 1-foot thickness and 1 square-foot area with a 1 °F temperature difference.
- Why convert to calorie (th)/second/cm/°C?
- This unit is used in older cgs-based engineering references and heat flow measurements, helping integrate legacy data with modern SI-based thermal calculations.
- Can this converter handle other unit types?
- No, this tool specifically converts thermal conductivity from Btu (th) foot/hour/sq. foot/°F to calorie (th)/second/cm/°C only.
Key Terminology
- Btu (th) foot/hour/sq. foot/°F
- An imperial unit of thermal conductivity specifying the heat transfer rate per hour through a 1-foot thickness and 1 square-foot area with a 1 °F temperature gradient.
- Calorie (th)/second/cm/°C
- A cgs unit of thermal conductivity indicating heat flow in thermochemical calories per second through a 1 cm thickness and 1 cm² area with a 1 °C temperature difference.
- Fourier’s law of heat conduction
- A principle describing heat transfer through materials, where the heat flux is proportional to the negative temperature gradient multiplied by the thermal conductivity.