CAJ | 학술논문

以全回转港作拖船为研究对象，针对船用柴油机的备车起动过程，建立船舶操控的三位协同环境，利用船舶驾驶模拟器，将由虚拟手操作得到的主机备车起动系统运行控制指令以ADO通信方式存储到数据库中，利用LabVIEW SQL Tool-kit的数据通信，将得到的控制指令在LabVIEW上实时显示。以Matlab/Simulink建立船用柴油机起动准备逻辑和起动鉴别逻辑，以及主机供油量、转矩、转速的仿真数学模型，将实船参数代入进行实时动态仿真，实现了船用主机起动逻辑控制模拟，其输出的主机起动转速与时间的关系曲线可以指导船员在船舶驾驶模拟器的操作训练中很好地控制船用柴油机的逻辑起动过程，从而达到训练船员的目的。
이전회전항작타선위연구대상，침대선용시유궤적비차기동과정，건립선박조공적삼위협동배경，이용선박가사모의기，장유허의수조작득도적주궤비차기동계통운행공제지령이ADO통신방식존저도수거고중，이용LabVIEW SQL Tool-kit적수거통신，장득도적공제지령재LabVIEW상실시현시。이Matlab/Simulink건립선용시유궤기동준비라집화기동감별라집，이급주궤공유량、전구、전속적방진수학모형，장실선삼수대입진행실시동태방진，실현료선용주궤기동라집공제모의，기수출적주궤기동전속여시간적관계곡선가이지도선원재선박가사모의기적조작훈련중흔호지공제선용시유궤적라집기동과정，종이체도훈련선원적목적。
Taking the harbor tug manufactured as the research object,aiming at the process of preparing and starting of the marine diesel engine,three collaborative environments are established. By using the ship driving simulator,the run control instructions obtained from the virtual hand operating are saved in the database by means of ADO protocol,which serves as the data source of the preparing and starting system. By using the com-munications Toolkit of LabVIEW SQL data,the run control instructions are displayed on LabVIEW. The starting and identifying logics of marine diesel engine are established by Matlab/Simulink. In addition,the simulation model of the fuel delivery,the torque and the rotating speed of the marine diesel engine are established by Mat-lab/Simulink. The logic and control simulation of main engine starting is established on the basis of parameters from real ships,so mariners can perfectly control the process of the marine diesel engine logical starting by the relation between starting speed and time on the driving simulator of the ship. At last,the training goal for mari-ners can be reached.