At the basic of mastering the oil monitoring expert system of marine engine develop by the center, the article unifies the plan of the network information platform of marine propulsion power plant intelligence supervisory system, and analyses some sorts of the main technologies, for example: the network technology, the ASP technology, the IIS technology and the network data bank technology and so on.
The author selected Access as the backstage database and ASP as the onstage development instruments, and then realized the establishment and performance of the network information platform of the marine propulsion power plant intelligence supervisory system with the present condition and concrete actual situation.
This article takes it as the main core that establishes a network information platform of marine propulsion power plant intelligence supervisory system. At first it convenes some essential technology bases about the information platform, including the oil monitoring technology of marine propulsion power plant failure diagnosis method, ships shafting centering and computer network information technology.
Along with the swift development of the Internet technology and the mature application of the failure diagnosis technology, it is the important content of marine engine research field and the one of pursued goal to grasp the running status of marine propulsion power plant promptly, accurately and dynamically and to forecast and diagnose the existent and potential failure with the network technology.
Recently, with the rapid development of the electrical semiconductor, the AC motor control theory and the computer control technology, the technology of the digital communications becomes mature gradually, the marine electrical propulsion system has been made a great breakthrough at mobility, dependability, operational efficiency and propulsion power, and its application range is extended constantly.
This paper dwells on the objective and method of structural reliability study and their main contents. Based oa the above, the authors explore the possible application of structural reliability study in naval propulsion power plants.
Based on analysis of the future development of war ship propulsion POwer system,the authors believe that the diesel engine would contnue to be developed and play a major role in Chinese naval propulsion plant.This paper discusses the future development of the AIP system in submarines and the applications of advanced technologies on marine diesel engines.
In this paper the problems concerned the application of EDA technique in product development of ship propulsion power plant monitor system are discussed. Five problems and suggestions in EDA technique application that should be paid great attention to are proposed.