Deformational
Cutting Technology
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High efficient heat exchange surfaces
Tube finning
Spiral heat exchangers from finned tubes
Microchannel heat exchangers
Electronic cooling
Capillary structures for heat pipes
Meshes from metal and plastic sheets
Slotted screen pipes
Wear resiatant composite structures
Restoration of worn parts
Surface preparation for coatings and other technological operations
Mechanical, electrical and heat transferring connections
Subsurface channels
Bonding of polymers and polymer composites with metal and with each other
Other areas of application
High efficient heat exchange surfaces
Increasing of surface area up to 12 times (for copper)
Getting of shapes and parameters of macro pattern not possible to get by other methods
Decreasing of heat exchangers size and weight
Technological opportunity to create new designs of heat exchangers
The most effectiveness of the macro pattern is seen when used in condensate-evaporated
systems
Fig. 1
- Surfaces for convective heat transfer (copper, stainless steel, titanium)
Fig. 2
- Surfaces for boiling
Fig.3
- Surfaces for condensation
Publications
Heat Transfer during the Boiling of Liquid on Microstructured Surfaces. Part 1: Heat Transfer during the Boiling of Water
Heat Transfer during the Boiling of Liquid on Microstructured Surfaces. Part 2: Visualization of Boiling and Critical Heat Fluxes
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