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A new concept of heat t ransfer enhancement by flow-induced vibration was put forward, and a novel heat transfer element called elastic tube bundles was designed. The experimental inv estigation was performed on its characteristics of flow-induced virbration in o ut-tube or in-tube flow. Under the conditions of fixed heat flux and steam-wa ter heat transfer, the regularity of heat transfer enhancement by flow-induced vibration was examined.
A new concept of heat t ransfer enhancement by flow-induced vibration was put forward, and a novel heat transfer element called elastic tube bundles was designed. The experimental inv estimation was performed on its characteristics of flow-induced virbration in o ut-tube or in-tube flow. Under the conditions of fixed heat flux and steam-wa ter heat transfer, the regularity of heat transfer enhancement by flow-induced vibration was examined.