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Table 6 Values of −F′′(0) for shrinking sheet with s = 2 and d = −1

From: Analytical and numerical studies on heat transfer of a nanofluid over a stretching/shrinking sheet with second-order slip flow model

ϕ

γ

δ

-F′′ (0)

   

Au

Ag

Cu

Al

Al2O3

TiO2

0.1

1

−1U

−0.17960669

−0.23258925

−0.24494149

−0.30368830

−0.2908699

−0.28804534

  

−2U

−0.10077851

−0.13712679

−0.14637168

−0.19768896

−0.18496089

−0.18231704

  

−3U

−0.07003008

−0.09717569

−0.10430211

−0.14611977

−0.13531669

−0.13311438

0.1

1

−1U

−0.17960669

−0.23258925

−0.24494149

−0.30368830

−0.2908699

−0.28804534

 

2

 

−0.15218956

−0.18845647

−0.19643731

−0.23208310

−0.22461869

−0.22295147

 

3

 

−0.13204851

−0.15845659

−0.16404150

−0.15100590

−0.15002771

−0.14984098

0.1

1

−1U

−0.17960669

−0.23258925

−0.24494149

−0.30368830

−0.2908699

−0.28804534

0.15

  

−0.16168775

−0.22152807

−0.23650994

−0.31185534

−0.29528583

−0.29158832

0.2

  

−0.15335046

−0.21751626

−0.23428173

−0.32032628

−0.30192805

−0.29767731

  1. UDenotes upper branch solutions