Table 3 Numerical outcomes of the skin friction coefficient \(- \frac{1}{2}(Re_{x} )^{0.5} C_{fx}\) and Nusselt number \((Re_{x} )^{ - 0.5} Nu_{x}\) for different value of \(\kappa\), \(S_{t}\), \(\lambda^{*}\), \(\Pr\), \(Ra\), \(M\), \(\psi\) and \(k_{c}\).

From: Numerical treatment of radiative Nickel–Zinc ferrite-Ethylene glycol nanofluid flow past a curved surface with thermal stratification and slip conditions

\(\kappa\)

\(S_{t}\)

\(\lambda^{*}\)

\(\Pr\)

\(Ra\)

\(M\)

\(\psi\)

\(k_{c}\)

\(- \frac{1}{2}(Re_{x} )^{0.5} C_{fx}\)

\((Re_{x} )^{ - 0.5} Nu_{x}\)

0.1

0.1

0.5

10

0.5

0.1

0.1

10

1.3291553

4.7740485

0.2

       

1.1728782

4.2556719

0.3

       

1.0526318

3.7670128

0.1

0.2

      

1.3291553

4.6840764

 

0.3

      

1.3291553

4.6405272

 

0.4

      

1.3291553

4.6350093

 

0.1

0.1

     

1.3291553

6.6834651

  

0.2

     

1.3291553

6.2755559

  

0.3

     

1.3291553

5.8318231

  

0.5

0.1

    

1.3291553

0.38983056

   

0.2

    

1.3291553

0.28339043

   

0.3

    

1.3291553

0.08708853

   

10

0.2

   

1.3291553

4.1672184

    

0.3

   

1.3291553

4.3855480

    

0.4

   

1.3291553

4.5881019

    

0.5

0.2

  

1.3668642

4.7011298

     

0.3

  

1.4032186

4.6266452

     

0.4

  

1.4383243

4.5498593

     

0.1

0.2

 

1.7288174

5.0628829

      

0.3

 

2.2802923

5.6515857

      

0.4

 

3.0923874

6.3707609

      

0.1

1

2.8818797

9.4400293

       

2

2.0129193

5.0363786

       

3

1.7076896

3.7962643

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