Table 4 Thermophysical properties of NePCM influenced by the incorporation of various nanomaterials.

From: Optimization of nano-finned enclosure-shaped latent heat thermal energy storage units using CFD, RSM, and enhanced hill climbing algorithm

Nanomaterial

VFNM (%)

Thermophysical properties of NePCM

Cp [J kg− 1 K− 1]

ρ [kg m− 3]

k (l) [W m− 1 K− 1]

k (s) [W m− 1 K− 1]

β [K− 1]

L [kJ kg− 1]

µ [kg m− 1 s− 1]

Cu

2.5

2332.4

1003.3

0.12922

0.22613

0.00077742

134.80

0.0030811

5.0

1962.8

1206.7

0.13893

0.24310

0.00062984

109.21

0.0042600

Ag

2.5

2221.5

1042.5

0.12923

0.22614

0.00074820

129.74

0.0030811

5.0

1805.3

1285.0

0.13894

0.24311

0.00059144

102.56

0.0042600

CuO

2.5

2484.3

942.75

0.12913

0.22584

0.00082737

143.47

0.0030811

5.0

2185.3

1085.5

0.13873

0.24250

0.00070014

121.4

0.0042600

Al2O3

2.5

2650.1

879.25

0.12915

0.22590

0.00088712

153.83

0.0030811

5.0

2449.9

958.50

0.13877

0.24261

0.00079291

137.49

0.0042600

TiO2

2.5

2625.8

886.25

0.12886

0.22504

0.00088011

152.61

0.0030811

5.0

2408.4

972.50

0.13817

0.24082

0.00078149

135.51

0.0042600

SWCNT

2.5

2700.4

845.00

0.15681

0.28044

0.00092308

160.06

0.0030811

5.0

2529.9

890.00

0.19555

0.35459

0.00085393

148.07

0.0042600

MWCNT

2.5

2787.9

820.00

0.15196

0.27195

0.00095122

164.94

0.0030811

5.0

2690.6

840.00

0.18559

0.33716

0.00090476

156.89

0.0042600

GNP

2.5

2751.7

835.00

0.31649

0.45955

0.00093413

161.98

0.0030811

5.0

2624.5

870.00

1.26860

1.66880

0.00087356

151.48

0.0042600