Sentence examples for optimize heat transfer from inspiring English sources

Furthermore, a gap between a heater and four detectors was formed to optimize heat transfer.

Comparing to minimum entropy generation and minimum entransy dissipation, an approach of minimum heat consumption is proposed to optimize heat transfer process.

Other than entropy generation minimization and entransy dissipation minimization, a new approach called exergy destruction minimization is proposed to optimize heat transfer process based on the analysis.

Thermal properties of the tank material and its surface area can however be adjusted to optimize heat transfer to the atmosphere to reduce overheating.

In order to design heat exchangers and to optimize heat transfer surfaces, accurate procedures for computing pressure drops and heat transfer coefficients are necessary.

The scope of this paper is to elucidate the benefits of ballast gas use as a tool to optimize heat transfer and reduce the hot spot effect in controlled oxidations with fixed-bed reactors.

In addition, considering the use of removable and modular radiant floor heating panels, delivery and return pipes layouts from a heat power generator to each single radiant floor heating panel have been analyzed assessing flow velocity and pressure drops in order to pinpoint the best layout for optimizing heat transfer efficiency and energy saving.

Sorption systems are merely thermodynamic systems based on heat exchangers, and therefore a good design to optimize heat and mass transfer with reaction or sorption processes is very important, for which the notable technique is the use of expanded graphite to improve both heat and mass transfer in the chemisorption beds.

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.

Compared with other inserts, the novel PMCIs can transfer more heat than other inserts under the same pumping power which can guide us to optimize heat exchanges.

It was also found that the parameter of minimum thermal resistance based on the entransy dissipation can be used to optimize the heat transfer performance, and therefore designing the optimal heat exchanger structure.