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Density was studied for the base fluid and the three designed nanofluids at temperatures between 293.15 and 343.15 K.
For the three designed turbines, a CFD is performed by using FLUENT.
The thermal conductivity of the base fluid and the three designed nanofluids was measured at ambient pressure in the temperature range from 293 to 344 K with steps of 10 K.
The results of the numerical analyses allowed us to decide which one of the three designed prostheses is the most capable for the patient.
The biological activity exhibited by the three designed series was in the order of methyl amino series > ethyl amino series > carbethoxy amino series.
Our proposed designs show better performance by providing uniform attenuation in the low-frequency region and exhibiting better magnitude responses near the cut-off frequency as compared to the referenced methods in [11] and [6], for the three designed noise shaping filters.
Similar(43)
The four designed aggregating dimensions were identified as the explorative factor analysis demonstrated.
We've got the three designs here.
We conduct simulation tests for the three designs using the commercially available tool COMSOL Multiphysics (Fig. 2a).
The total power allocated to the pilot symbols is the same for all the three designs.
The simple pipeline of JOP achieves the highest clock frequency of the three designs.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com