The orifice plate head on the plate and fin heat exchanger flow and heat transfer in the study with the re index increases, the flow distribution is u
The main factors affecting the heat exchanger are: mechanical reasons, the guide and head of the plate and fin heat exchanger, in addition to the heig
The performance of a rectangular channel heat exchanger is greater than that of a triangular channel in terms of the influence of channel size, but th
Processing errors resulting in different fin channel sizes have a greater impact on the distribution of the flow. Uneven flow paths, which cause parti
The fins are a key component of the plate fin heat exchanger and play a decisive role in the heat transfer performance and flow properties of the heat
When the core body resistance is large, through the improvement of the head structure is actually very small, so when the height of the heat exchanger
Heat exchanger core resistance to logistics resistance on the uneven distribution of logistics has a greater impact, when the core resistance is small
The larger the aperture, the better the inflow performance, too small an aperture diameter will cause a huge local pressure loss, making it difficult
The angle of inflow of the plate and fin heat exchanger guide, the diameter of the opening and the opening rate are also one of the main factors affec
The uneven inlet flow rate of the heat exchanger is a key influence on the inflow performance of the inflow sheet. The uneven inlet flow su of the sec
The structure of the internal head of the inflow piece determines the state of the flow before it enters the heat transfer channel of the heat exchang
The inlet structure of the liquid air separation unit and fin heat exchanger of the liquid air separation unit is mainly divided into the head and the
