An optimum heating current data base in Electric Hot Machining is constructed in this paper and an inserted algorithm is applied in this base.
建立了一个导电加热切削最佳加热电流数据库，并将插值算法应用到该数据库中。
The optimum combination between electric current density and input quantity is put forward.
提出了存在着电流密度与进料量的最佳组合。
It points out that under current situation, the optimum design of electric propulsion ship's central cooling system will raise the reliability and economy of system operation.
在目前条件下，通过对电力推进船舶中央冷却系统的优化设计，将会提高系统运行的可靠性和经济性。
应用推荐