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Dry Air Properties at 1 Atm

Dry Air Properties such as specific heat, ratio of specific heats, dynamic viscosity, thermal conductivity, Prandtl number, density, kinematic viscosity and thermal diffusivity at 1 atm with different temperatures. You can calculate middle values by entering your temperature to "Temp(°C)" and click calculate.

*Please use comma (",") as separator in "Temp(°C)"

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Temperature (°C)
Specific Heat Cp (kJ/kgK)
Specific Heat Cv (kJ/kgK)
Ratio of Specific Heats (Cp/Cv)
Dynamic Viscosity (kg/ms)
Thermal Conductivity (W/mK)
Prandtl Number
Kinematic Viscosity (m²/s)
Density (kg/m³)
Thermal Diffusivity (m²/s)
927
1,1746
0,8875
1,323
0,00004626
0,0764
0,711
0,0001573
0,2941
977
1,1817
0,8946
1,321
0,00004736
0,07849
0,713
0,0001677
0,2824
1027
1,1884
0,9013
1,319
0,00004846
0,08054
0,715
0,0001785
0,2715
1077
1,1946
0,9075
1,316
0,00004952
0,08253
0,717
0,0001894
0,2615
1127
1,2005
0,9134
1,314
0,00005057
0,0845
0,719
0,0002006
0,2521
1227
1,2112
0,9241
1,311
0,00005264
0,08831
0,722
0,0002236
0,2353
1327
1,2207
0,9336
1,308
0,00005457
0,09199
0,724
0,0002474
0,2206
1427
1,2293
0,9422
1,305
0,00005646
0,09554
0,726
0,000272
0,2076
1527
1,237
0,9499
1,302
0,00005829
0,09899
0,728
0,0002972
0,1961
1627
1,244
0,9569
1,3
0,00006008
0,10233
0,73
0,0003234
0,1858

Interpolation Method

Interpolationexample.png
Keywords: Dry Air Properties, Dry Air Table, Dry Air Properties at Different Temperatures.
*All the calculations, codings, files, tables and writings in this page are information only. We can not be held responsible for any inconvenience might occur using these.
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