selection of suitable geometry in compact heat exchanger design

Selection of Suitable Geometry in Compact Heat Exchanger Design

Selection of Suitable Geometry in Compact Heat Exchanger Design

Turbulence Model Comparison for Compact Plate Heat Exchanger Design Application

In the framework of the Gas-Power Conversion System for the Advanced Sodium Technological Reactor for Industrial Demonstration (ASTRID) project design, works done at CEA are focused on the design of the sodium-gas heat exchanger. Compact plate heat exchangers are indicated as the most suitable technology for such applications. An innovative compact heat exchanger geometry is proposed in this pa...

a study on corrosion reasons of heat exchanger in ammonia unit

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The Influence of Brazing on Very Compact Heat Exchanger Surfaces

Three geometrically similar offset rectangular platefin surfaces with area densities in the range from goo to 2000 ft 2/ft3 were tested to establish the heat transfer., j-NR~ and flow friction, f-NR, characteristics. The Reynolds number range was from 60 to 3000. One surface was unbrazed while the other two, because of a two-to-one difference in plate, fin and offset spacing dimensions~ were ch...

Review Heat Exchanger: Research Development of Self-rotating Inserts in Heat Exchanger Tubes

Heat exchangers are widely used in power engineering and industrial applications, many techniques such as coiled tube, surface tension devices, rough surfaces, extended surfaces have been investigated to enhancethermal performance and to minimize the cost and size of the heat exchanger equipment. One of the most important techniques is tube insert. In general,tube inserts can be classified into...