Sentence examples for less entropy generation from inspiring English sources

The results should be useful in a number of engineering applications and considerably ease the processes of choosing geometrical parameters together with environment temperature or heat transfer coefficient when dealing with composite hollow cylinders with two-layer materials for less entropy generation, that is, less exergy destruction.

It is also found that the trapezoidal cavities with φ= 60° and 90° correspond to less entropy generation with significant heat transfer rates at Da= 10-3 for Pr= 0.015 and Pr= 1000 and thus the trapezoidal cavities with φ⩾60° may be the optimal design for thermal processing of Pr= 0.015 and Pr= 1000 fluids.

The non-isothermal heating strategy (case 2) is found to be an energy efficient due to less total entropy generation (Stotal) values despite its lower heat transfer rate (¯¯¯¯¯¯Nub) based on lesser heating effect than isothermal heating (case 1) for all φs.

The entropy generation number (EGN) of the optimal design case is 12.2% less than that of the base design case.

These attractive features have made entropy generation analysis a popular thermodynamic method for the design and the optimization of less unsustainable systems.

The classifications generated by the method proposed were confirmed by augmentation entropy generation number criterion.

General foundations of thermodynamics from an entropy point of view, entropy generation and transfer in complex systems.

To best calculate entropy generation rates, the governing equations of the entropy generation were solved analytically.

These optimal designs have the same minimum of entropy generation or "entropy generation number".

Frictional entropy generation rate is larger than thermal entropy generation rate in the microchannel under study and therefore, total entropy generation mostly stems from friction.

However, the entropy generation due to fluid-flow friction increases.