CAJ | 학술논문

应用JTopmeret软件建立循环水系统及供水系统仿真模型。结合自编的控制系统程序，对自流式循环水系统试验装置进行仿真分析，验证在不同工况条件下系统的自流能力。研究结果表明：在低速向中速过渡初期，循环水自流所产生的水动力压头，不能满足动力装置的冷却要求，需开启循环水泵；升工况和降工况过程，对于同一个压头，波动水池调节和离心泵调节可以建立起2个不同的平衡点。
응용JTopmeret연건건립순배수계통급공수계통방진모형。결합자편적공제계통정서，대자류식순배수계통시험장치진행방진분석，험증재불동공황조건하계통적자류능력。연구결과표명：재저속향중속과도초기，순배수자류소산생적수동력압두，불능만족동력장치적냉각요구，수개계순배수빙；승공황화강공황과정，대우동일개압두，파동수지조절화리심빙조절가이건립기2개불동적평형점。
For verifying automatic flow capability of system in different states, simulation model of circulating water system, water supply system was built with JTopmeret software, combined with self-edit control system procedure, to analyze experimental equipment of circulating water system of automatic flow. The results show that, at the beginning of low-speed sailing turning to high-speed sailing, hydrodynamic head generated with automatic flow of circulating water couldn′t satisfy the requirement of power equipment, so circulating pump is start-up. Besides, during the process of power rising and falling, the way of adjusting wave-pool and the way of adjusting exterior centrifugal pump could have two different equilibrium points to a same head.