Based on analyzing the requirement and task of fault diagnosis training system (FDTS) of large-scale armament equipment,the whole framework of simulation system that includes teaching,training and examining was designed,and the concrete contents of its running platform development,database management and modeling of mechanical,electronic and hydraulic integrative system (MEHIS) were confirmed.

Considering the characteristics of large and complicated weapons and equipments,a synthetic quality evaluation model is built in this paper based on neural network.

Increasing transport environmental worthiness of weapons;

The knight’s weapons and their evolution in Middle Ages of Western Europe;

The status quo of the numerical simulation of atmospheric environment effects was summarized based on the requirement of high,tech weapons for atmospheric environmental effects.

Rule Malfunction Rate and Maintaining Tactics of Weapon Equipments;

Research on the ocean environment suitability of Shipborne weapon equipment;

Light alloy is first choice metal materials for weapon equipment lightweighting;

Research on future strategic environment description for weapon and equipment development decision-making;

Application and development of bus technology in weapon and equipment test system;

Research on the modeling and simulation methodology of naval weapon and equipment system-of-systems warfare;