How do people design components to withstand the impact of high-speed fluids?
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The design of components subjected to the impact of high-speed fluids is an issue, as current pressure vessel designs are based on statics; fluid-induced vibrations are a concern, and heat exchanger tube bundles are also affected to some extent. However, for other components, such as the flow partition plates, these plates sometimes break under the impact of high-speed fluids; this is a fluid-structure interaction problem that involves issues such as vibration and fatigue. I was wondering if anyone has any simple design ideas that we could discuss.
Thickening the impact-resistant components is probably the most common method.
CFD or FEA analysis using dynamic methods
Flow-induced vibration is too complex, with too many influencing factors, and there is no simple design method.
This problem is indeed quite troublesome