Optimization of heat exchanger

performance, heat balance, pressure resistance

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Optimization of heat exchanger

The design and geometry of heat exchanger has not only a major influence on performance but on development cost for casting. Evaluation of optimal geometry by using CFD technology improves product performance and creates sales advantages.

Let's take a look at a CFD simulation of two versions of a heat exchanger for charge air. It should cool down a certain mass flow rate at 50 °C and below and achieve about 100 kW cooling power. Lets assume the same cooling mesh for two different inlet and outlet geometries. The CFD results below show a significant improvement of performance due to geometry optimization.  

Software image and text block

Version 1

Stream lines with temperature distribution

Suboptimal geometry

Due to the suboptimal geometry a major part of the heat exchanger has an inefficient flow circulation. The cooling power is 11% less than it should be and the requirement for the outlet temperature is not met.

Software image and text block

Version 2

Stream lines with temperature distribution

Optimal geometry

After several design steps the right geometry was evaluated with a full developed flow circulation so that the required performance and outlet temperature are achieved.

Software image and text block
Software image and text block

termoflow.com improves product performance and development costs

Use CFD simulation to increase sales advantages of your products