Sentence examples for minimal entropy generation from inspiring English sources

Based on the minimal entropy generation principal, the optimal condition can induce the minimal entropy generation in the flow fields.

The optimal Reynolds number obtained from the analytical thermodynamic analysis is compared with the one from the numerical solutions and is verified to have a similar magnitude of entropy generation as the minimal entropy generation predicted by the numerical simulations.

In the present paper, the optimal curvature ratio for steady, laminar, fully developed forced convection in a helical coiled tube with constant wall heat flux was analyzed by thermodynamic second law based on minimal entropy generation principle.

This paper analyzes the optimal Re for the steady, laminar, fully developed forced convection in a helical coiled tube with constant wall heat flux based on minimal entropy generation principle.

From the numerical simulation of the developing laminar forced convection in the double sine duct, the effect of Reynolds number on entropy generation in the duct has been examined, through which the optimal Reynolds number with minimal entropy generation is detected.

The present paper analyzes the optimal mass flow rate for steady, laminar, fully developed, forced convection in a helical coiled tube with fixed size and constant wall heat flux by the thermodynamic second law based on the minimal entropy generation principle.

For thermodynamic optimisation, the entropy generation minimisation method was used to determine configurations with minimum entropy generation rates.

For comparison, the system was analyzed using the entropy generation which shows the minimum entropy generation does not optimize transient thermal conduction.

Entropy generation is used to describe the irreversibility of heat transfer processes and the principle of minimum entropy generation is sometimes used to optimize heat exchanger designs.

The system with minimum entropy generation is considered as the optimal design [31, 32].

To minimize entropy generation, the optimal Reynolds number is determined.