CAJ | 학술논문

文章旨在为船厂实现大功率设备的负荷试验，在对比传统负荷试验设备优缺点的基础上，阐述了大功率负荷试验设备的改进方法，并以烟台打捞局船厂建造的3600 t 打捞工程船为例，给出了浮体式水电阻制作的设计方案。通过试验证明，该方案达到了大功率设备负荷试验的要求，并且改变了传统的船舶下水后进行负荷试验的方法，缩短了船舶下水调试周期，提高了码头利用率。
문장지재위선엄실현대공솔설비적부하시험，재대비전통부하시험설비우결점적기출상，천술료대공솔부하시험설비적개진방법，병이연태타로국선엄건조적3600 t 타로공정선위례，급출료부체식수전조제작적설계방안。통과시험증명，해방안체도료대공솔설비부하시험적요구，병차개변료전통적선박하수후진행부하시험적방법，축단료선박하수조시주기，제고료마두이용솔。
In order to realize the load test for high power equipment of shipyard, the improvement method for the equipment is expounded based on the comparison with the traditional equipment. With example of Yantai wreching bureau’s 3600 t salvage craft, the design of floating hydroelectric resistance has been presented. The design can meet the requirement of the load test , and has changed the way that the load test has to be done after launching, which shortens the period of ship launching debug and improve the efciency of the dock.