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Two heat transfer surface types are considered, finned and smooth parallel plates.
A novel suspended heat transfer surface is proposed to address this problem.
Foam acts as an extended heat transfer surface adhered to the primary one (plate).
Perhaps the most practical new feature is the flexibility and access to the heat transfer surface.
The PPFF configuration can also be configured to allow future addition of the heat transfer surface.
Therefore, the capital cost required for making the heat transfer surface is reduced.
The enhanced heat transfer surface of the compact finned-tube heat exchanger presents geometric complications.
This miniaturization, together with increasing processing speeds decreases the heat transfer surface area and increases power.
It accounts successfully for the effects of heat transfer surface length and particle size.
The total heat transfer surface area and pressure drop are selected as two objective functions to minimize both total heat transfer surface area and pressure drop under the constant heat transfer rate and LMTD conditions.
Moreover, for the fixed total heat transfer surface area of four heat exchangers, the allocations of the heat transfer surface area among the four heat exchangers are optimized for maximizing the cooling load and the COP.
More suggestions(15)
heat transfer areas
heat transfer coatings
heat source surface
heat transfer kW
heat transfer problem
heat transfer enhancement
heat transfer temperature
heat transfer co-efficient
heat flux surface
heat sink surface
heat transfer transfer
heat transfer conductance
heat transfer parameter
heat transfer watt
heat transfer study
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CEO of Professional Science Editing for Scientists @ prosciediting.com