Convert Megawatt per metre kelvin to BTU per second per foot per degree Fahrenheit
Convert Megawatt per metre kelvin (MW/(m·K)) to BTU per second per foot per degree Fahrenheit (BTU/(s·ft·°F)) instantly and accurately.
Conversion Formula
BTU/(s·ft·°F) = MW/(m·K) × 160.4970324
About Megawatt per metre kelvin
The megawatt per metre kelvin (MW/(m·K)) equals exactly 10⁶ W/(m·K). A theoretical and research unit for modelling exotic or nanostructured materials: theoretical carbon nanotube axial conductivity predictions and astrophysical plasma heat transport can reach the MW/(m·K) range. No bulk engineering material approaches this value. 1 MW/(m·K) = 10⁶ W/(m·K) = 1000 kW/(m·K).
About BTU per second per foot per degree Fahrenheit
The BTU per second per foot per degree Fahrenheit (BTU/(s·ft·°F)) equals (1055.05585262 × 9)/(0.3048 × 5) W/(m·K) ≈6230.6 W/(m·K). Equal to 3600 × BTU/(h·ft·°F). Reserved for extremely high-power transient applications in US engineering literature; copper ≈0.0617; carbon steel ≈0.0072 BTU/(s·ft·°F). 1 BTU/(s·ft·°F) = 3600 BTU/(h·ft·°F) ≈6230.6 W/(m·K).
Quick Reference Table
| Megawatt per metre kelvin (MW/(m·K)) | BTU per second per foot per degree Fahrenheit (BTU/(s·ft·°F)) |
|---|---|
| 1 MW/(m·K) | 160.497 BTU/(s·ft·°F) |
| 2 MW/(m·K) | 320.994 BTU/(s·ft·°F) |
| 5 MW/(m·K) | 802.485 BTU/(s·ft·°F) |
| 10 MW/(m·K) | 1604.97 BTU/(s·ft·°F) |
| 25 MW/(m·K) | 4012.43 BTU/(s·ft·°F) |
| 50 MW/(m·K) | 8024.85 BTU/(s·ft·°F) |
| 100 MW/(m·K) | 16049.7 BTU/(s·ft·°F) |