摘要
在现代船舶控制领域,一般需要依赖强大的离心泵系统,为船舶的各项动力提供支持,因此,在设计船用离心泵时,必须对其状态进行实时监测,才能保证船舶各项功能的正常运行。本文借助labview技术,能够在离心泵工作时,对该设备的各种受力情况和形变进行模拟,使离心泵的各项性能满足要求。同时,还重点提高动力的传输效率。文章主要介绍labview技术的工作原理,并对离心泵的组成参数进行重点的优化,从某种程度上说,就是对离心泵中的叶轮进行优化,最后的仿真结果表明优化后的离心泵具有很高的工作效率,满足系统指标要求。
In the field of modern ship control, it is generally necessary to rely on a powerful centrifugal pump system to support the power of the ship. Therefore, when designing a marine centrifugal pump, it is necessary to monitor its status in real time to ensure the functions of the ship. normal operation. With the help of labview technology, in the design of centrifugal pump, the equipment of the various forces, and deformation simulation, the performance of the centrifugal pump to meet the requirements. At the same time, also focus on improving the power transmission efficiency. This paper mainly introduces the working principle of labview technology, and optimizes the composition parameters of centrifugal pump. In some way, it is optimized for the impeller in centrifugal pump. The final simulation results show that the optimized centrifugal pump has High efficiency, meet the system requirements.
出处
《舰船科学技术》
北大核心
2017年第22期97-99,共3页
Ship Science and Technology
