Table 4 The impact of \({R}_{0}\), \(S\), \({R}_{d}\) and \({P}_{r}\) on the SFC and Nusselt number for suction and injection case for \(\beta =0.2, m=1, Ha=1, {\phi }_{1}={\phi }_{2}={\phi }_{3}=0.02\).

From: Hall current and morphological effects on MHD micropolar non-Newtonian tri-hybrid nanofluid flow between two parallel surfaces

\({R}_{0}\)

\(S\)

\({R}_{d}\)

\({P}_{r}\)

\({C}_{f-1}\) for suction case (\({R}_{e}=-0.5\))

\({N}_{u} \left |_{\eta =-1}\right.\) for suction case \(({R}_{e}=-0.5)\)

\({C}_{f-1}\) for injection case \(({R}_{e}=0.5)\)

\({N}_{u} \left | _{\eta =-1}\right.\) for injection case \(({R}_{e}=0.5)\)

1

3

1

6.2

26.6857

1.3614

26.8082

4.0747

2

   

25.9166

1.3468

26.0394

4.1195

3

   

25.3150

1.3328

25.4620

4.630

4

   

4.8833

1.3195

25.0781

4.2049

1

3

  

26.6857

1.3614

26.8082

4.0747

 

5.7

  

26.6857

1.9644

26.8082

5.2233

 

16.2

  

26.6857

6.0947

26.8082

10.7574

 

3

0.5

 

26.6857

0.9159

26.8082

4.2735

  

1

 

26.6857

1.3614

26.8082

4.0747

  

1.5

 

26.6857

1.8025

26.8082

4.2096

  

2

 

26.6857

2.2419

26.8082

4.4733

   

4.5

26.6857

1.4057

26.8082

3.2059

   

5.5

26.6857

1.3795

26.8082

3.7016

   

6.2

26.6857

1.3614

26.8082

4.0747