From the traditional experiment, this paper analyses the reason of developing virtual experiment simulation platform, introduces the structure of the platform and the compiling plan of the key software, discusses the superiority of the platform.
The software platform has been successfully applied into some practical industrial processing simulation control systems, decision support analysis system and university抯 experiment simulation teaching system to make good profit both economically and socially.
All algorithms in this paper have been realized in C++ program language, and have been added to the "Tread Pattern Noise-reduction Optimization Software System". We make a program (BPTNS/BPODS) for the non-block pattern, we have validated the right by the experiment simulation.
Particular analyses of this system are completed from the structure and aerodynamic characteristic, so that three-dimensional virutal aero-engine laboratory could be built, and many experiments teaching will be performed, such as, the virtual assembly of engine, the experiment simulation of test bay, the simulating of engine working and the experiment simulation of flow field, etc .
Establishes the model of FDD using Fuzzy Fault Detection and Diagnosis (FFDD). Uses new samples of fault experiment simulation to prove the validity of this model and gives measures to general faults. Presents the methods to solve the incorrect diagnosis and the neglected diagnosis.
Viewing from organic geochemistry, the correlation between ore-forming elements and organic matter, organic molecules, the analysis of neutron activation for asphalt, ore, wall rock and the experiment simulation, this paper probes into the role of organic matter in the forming process of Xicheng Pb-Zn ore field.