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利用三维数字建模与有限元分析软件的无缝链接,采用有限元技术,研究装置中湿空气的速度、压力分布,得到相应的等效速度云图和等效压力云图,以及对除湿板的位置进行分析讨论。有限元分析结果表明:除湿板位于整个除湿装置的中间位置时,湿空气的速度分布和压力分布比较均匀,除湿效果较好,同时可以降低对装置的损坏。
Using the three-dimensional digital modeling and the finite element analysis software, the finite element method is used to study the velocity and pressure distribution of the wet air in the device, and the corresponding equivalent velocity and equivalent pressure cloud maps are obtained, and the position of the dehumidification plate For analysis and discussion. Finite element analysis results show that when the dehumidification plate is located in the middle of the whole dehumidification unit, the velocity distribution and pressure distribution of the moist air are more uniform, and the dehumidification effect is better, meanwhile the damage to the device can be reduced.