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Table 10 Values of −θ′(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

Pr

γ

δ

−θ′(0)

    

Au

Ag

Cu

Al

Al2O3

TiO2

0.1

6.2

1

−1L

8.60736217

8.59049482

8.81044994

8.61956121

8.83149871

9.15788685

   

−2L

8.62608298

8.60907041

8.82893122

8.63719619

8.84946087

9.17587696

   

−3L

8.64048070

8.62324859

8.84300832

8.65047682

8.86301863

9.18946312

0.1

6.2

1

−1L

8.60736217

8.59049482

8.81044994

8.61956121

8.83149871

9.15788685

  

2

 

8.65420733

8.63587484

8.85528708

8.66033358

8.87359737

9.20016328

  

3

 

8.68509934

8.66593785

8.88504809

8.89938679

9.121764781

9.44963886

0.1

6.2

1

−1L

8.60736217

8.59049482

8.81044994

8.61956121

8.83149871

9.15788685

 

7

  

9.76431791

9.74436674

9.99234718

9.77475466

10.01464203

10.38317866

 

8

  

11.2100172

11.1862653

11.46930691

11.21844264

11.49324104

11.91447074

0.1

6.2

1

−1L

8.60736217

8.59049482

8.81044994

8.61956121

8.83149871

9.15788685

0.15

   

7.30365859

7.28042086

7.56808496

7.31887513

7.59124819

8.00706347

0.2

   

6.20217481

6.17480694

6.51041063

6.22263870

6.53492338

7.01054907

  1. LDenotes lower branch solutions