Table 3 Variation in \(C_{f}\), \(C_{g}\) and \(Nu\) for nanofluid (\({\text{Al}}_{2} {\text{O}}_{3}\)) and hybrid nanofluids (\({\text{Al}}_{2} {\text{O}}_{3} ,\,\,{\text{Cu}}\)) against different values of \(K\) when \(\Pr = 2.36,\,\,{\text{Re}} = 15,\,\,Ha = 0.3,\,\,\kappa = 0.5\) and \(Ec = 0.001\).

From: Impact of Cattaneo-Christov heat flux model on MHD hybrid nano-micropolar fluid flow and heat transfer with viscous and joule dissipation effects

Nanofluid

Hybrid nanofluid

\(K\)

\(C_{f}\)

\(C_{g}\)

\(Nu\)

\(C_{f}\)

\(C_{g}\)\(C_{g}\)

\(Nu\)

\(n = 0.5\)

\(n = 0.5\)

0.0

1.116551

4.984882

1.454353

0.845883

3.776366

1.632642

0.8

2.427641

9.040594

1.253680

1.682611

6.383817

1.425742

1.5

3.364413

12.343846

1.158973

2.283628

8.560773

1.379473

2.0

3.947586

14.656566

1.126438

2.661480

10.092277

1.356843

\(K\)

\(C_{f}\)

\(C_{g}\)

\(Nu\)

\(C_{f}\)

\(C_{g}\)

\(Nu\)

\(n = 0.0\)

\(n = 0.0\)

0.5

1.896726

0.305409

1.736808

1.375964

0.206398

1.986432

1.0

2.906938

0.613401

1.646785

2.037898

0.410905

1.824643

1.5

4.037389

0.932532

1.569084

2.781046

0.622338

1.710583

2.0

5.230850

1.230850

1.497533

3.568901

0.837481

1.634643