boiling process in oil coolers on porous elements
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ID: 146028
2016
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Abstract
Holography and high-speed filming were used to reveal movements and
deformations of the capillary and porous material, allowing to calculate
thermo-hydraulic characteristics of boiling liquid in the porous structures.
These porous structures work at the joint action of capillary and mass
forces, which are generalised in the form of dependences used in the
calculation for oil coolers in thermal power plants (TPP). Furthermore, the
mechanism of the boiling process in porous structures in the field of mass
forces is explained. The development process of water steam formation in the
mesh porous structures working at joint action of gravitational and capillary
forces is investigated. Certain regularities pertained to the internal
characteristics of boiling in cells of porous structure are revealed, by
means of a holographic interferometry and high-speed filming. Formulas for
calculation of specific thermal streams through thermo-hydraulic
characteristics of water steam formation in mesh structures are obtained, in
relation to heat engineering of thermal power plants. This is the first
calculation of heat flow through the thermal-hydraulic characteristics of the
boiling process in a reticulated porous structure obtained by a photo film
and holographic observations.
| Reference Key |
a.2016thermalboiling
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|---|---|
| Authors | ;Genbach Alexander A.;Оlzhabaeva Karlygash S.;Iliev Iliya K. |
| Journal | Nature |
| Year | 2016 |
| DOI |
10.2298/TSCI150602166G
|
| URL | |
| Keywords | Keywords not found |
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