Fig. 2. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 2. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 2. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 2. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 2. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes
Fig. 3. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 3. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 3. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 3. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 3. Comparison of the velocity profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes
Fig. 4. Comparison of the temperature profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 4. Comparison of the temperature profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 4. Comparison of the temperature profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 4. Comparison of the temperature profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes Fig. 4. Comparison of the temperature profile between HPM and Numerical Method for base liquids (C2H6O2, H2O and Engine oil) and various carbon nanotubes