Related Resources: heat transfer

Specific Heat Capacity Table at Room Temperature

Heat Transfer and Engineering
HVAC Systems Components and Engineering

Specific Heat Capacity Table at Room Temperature

Specific heat capacity c is the change in heat (energy) of a unit mass of material for a unit change of temperature in Btu/lb·°F or Btu/(lbm-°R)

Substance
Mol
wt
cp
cv
k
kJ/(kg·K)
Btu/(lbm-°R)
kJ/(kg⋅K)
Btu/(lbm-°R)
Specific Heat Capacity Gases
Air
29
1.00
0.240
0.718
0.171
1.40
Argon
40
0.520
0.125
0.312
0.0756
1.67
Butane
58
1.72
0.415
1.57
0.381
1.09
Carbon dioxide
44
0.846
0.203
0.657
0.158
1.29
Carbon monoxide
28
3
1.04
0.249
0.744
0.178
1.40
Ethane
0
1.77
0.427
1.49
0.361
1.18
Helium
4
5.19
1.25
3.12
0.753
1.67
Hydrogen
2
14.3
3.43
10.2
2.44
1.40
Methane
16
2.25
0.532
1.74
0.403
1.30
Neon
20
1.03
0.246
0.618
0.148
1.67
Nitrogen
28
1.04
0.248
0.743
0.177
1.40
Octane vapor
114
1.71
0.409
1.64
0.392
1.04
Oxygen
32
0.918
0.219
0.658
0.157
1.40
Propane
44
1.68
0.407
1.49
0.362
1.12
Steam
18
1.87
0.445
1.41
0.335
1.33

 

Substance
cp
Density
kJ/(kg·K)
Btu/(lbm-°R)
kg/m3
lbm/ft3
Specific Heat Capacity Liquids
Ammonia
4.80
1.146
602
38
Mercury
0.139
0.033
13,560
847
Water
4.18
1.000
997
62.4
Specific Heat Capacity Solids
Aluminum
0.900
0.215
2,700
170
Copper
0.386
0.092
8,900
555
Ice (0°C; 32°F)
2.11
0.502
917
57.2
Iron
0.450
0.107
7,840
490
Lead
0.128
0.030
11,310
705

Related:

Source

NCEES Handbook - Fundamentals of Engineering Supplied-Reference Handbook, fifth Eition