Sentence examples for maximizing heat transfer from inspiring English sources

The optimization of the RT profile has been cast in a generalized form either by maximizing heat transfer rate for a given fin volume or by minimizing fin volume for a given heat transfer duty.

This paper reports a new concept for maximizing heat transfer density in assemblies of cylinders in cross-flow: the use of cylinders of several sizes, and the optimal placement of each cylinder in the assembly.

Storage in the horizontal orientation increases the area of contact between the liquid and gaseous phases and decreases the distance between the liquid surface and the cylinder wall thus maximizing heat transfer to the liquid nitrous oxide.

The firebox accommodates greater heat because it's constructed of heavier-gauge aluminized steel and uses ceramic instead of tempered glass to maximize heat transfer.

Therefore, it is desired to maximize the multiplication of effectiveness and capacity ratio to maximize heat transfer.

These results are used to analyze and guide the design of optimum foam structures that would maximize heat transfer per unit pumping power.

High RI (37 45 ms− 2) was recommended to maximize heat transfer alone, whereas lower RI (16 19 ms− 2) was found optimal for simultaneous optimization of heat transfer & RI.

Finally optimization based on heat transfer to pressure drop ratio has been employed to determine optimum values of design parameters to maximize heat transfer and minimize pressure drop of Couette-Taylor-Poiseuille flow inside the grooved channels.

For a positive impact in the overall engine efficiency, the surface heat exchangers need to be designed to maximize heat transfer while minimizing the impact in the propulsive efficiency.

Along with conventional deterministic optimization, a probabilistic optimization study is performed to identify the optimal geometric design parameters that maximize heat transfer coefficient while minimizing pressure drop for an MMC heat sink.

By adjusting the value of the corresponding shape parameters, the best possible distributions of available area to maximize heat transfer are obtained, which produce significant improvements favored by smaller width and larger area.