在压力管道中，由于液体流速的急剧改变，从而造成瞬时压力显著、反复、迅速变化的现象，称为水击，也称水锤。
在用汽设备前端，分离冷凝水防止水击现象产生。
Separation of condensate in front of steam using equipment to prevent water hammer.
水击发生的条件及影响水击的各种因素的随机性决定了水击现象的随机性。
The randomness of conditions under which waterhammer occurs and factors which affect waterhammer pressures result in the stochaticism of waterhammer phenomena.
这些结果为合理设计输送管道、管道强度设计和消除水击现象提供了参考依据。
These results are references for reasonable design of piping, strength of pipe and the relieving of water hammer.
应用推荐