Project supported by the National Science Foundation of China(Grand Nos.51079091,51209154)
Energy dissipations induced by the hydraulic jump and the trajectory jet are the most widely known as the two dissipation modes at the downstream of flood discharging structures, which are often considered quite diffe...
Project supported by the National Natural Science Foundation of China(Grant No.51179056)
With the constructions of high dam projects in China, the energy dissipation downstream of a dam becomes a serious concern. In this study, a multiple slit-type energy dissipater, with different reduction size slits in...
supported by the National Basic Research Development Program of China(973Program,Grant No.2012CB723200);the National Natural Science Foundation of China(Grant No.510879021)
The fins will be formed if the lateral deflectors in the side-walls with a bottom aerator device are improperly designed, and the flow regime downstream of the aerator device will be worsened. In this paper, the heigh...