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Numerical simulation findings of the convective heat transfer with and without nanofluids have been investigated.
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The heat transfer coefficient was determined via numerical simulation, by finding a value that satisfied the experimentally obtained target condition.
The numerical simulation confirms the finding.
Our numerical simulation supports our theoretical findings (see the figures).
To further investigate these findings, numerical simulation and modeling of slider dynamics during contact have been performed.
Numerical simulation suggests that case finding of non-symptomatic leprosy carriers, greater that 40% is necessary for reducing leprosy prevalence and maybe useful on attaining leprosy eradication.
Direct numerical simulation confirms the previous finding in two dimensions that vortex shedding is the dominant dissipation mechanism at high sound pressure intensity.
Furthermore, an engineering stabilization problem is also presented where numerical simulation case study confirmed the findings.
Finally, although the study of the problems of the limit in theory study, the data of numerical simulations are not based on real world survey, it can be seen that numerical simulation results support our analytical findings.
Numerical simulations corroborate the findings and illustrate the performance of the control technique.
In this section, we integrate through extensive numerical simulations, the theoretical findings on scatter matrix estimation and adaptive detection discussed in previous sections.
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