By Daizhong Su, Kai Xue, Shifan Zhu
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Additional info for Advanced design and manufacture IV
Huang, H. C. Zhang: Computers and Industrial Engineering. (2001), p. 241  T. L. Saaty: Decision Making with Dependence and Feedback (RWS Publications, Pittsburgh 2001)  R. P. Zhang, S. W. He: Chinese Journal of Beijing Jiaotong University. Vol. 6 (2007), p. 38  C. Y. Xiao: Fuzzy Systems of Engineering (Science Press, Beijing 2004) Key Engineering Materials Vol. com Keywords: panel design; layout optimization; mathematic model; control room Abstract. The design criteria, operational frequency, operational order and compatibility are proposed and analyzed for nuclear power plant main control room.
This research deals with the issue how to evaluate the partition scheme comprehensively from the angle of DFX, especially for the complexity of the evaluation objects, which involves more factors that incomplete information exists inevitably, and if such a scheme is employed, it is difficult to acquire reasonable evaluation. Gray theory is suitable for solving uncertainty problems of poor information and small size of samples , which is a good remedy for these fuzzy mathematics defects. Since these index factors always belong to various levels, this research implements the optimization and evaluation for CoPS module partition scheme based on multi-level gray fuzzy evaluation approach considering multi target factors.
Because of the pre-added pressure, the projectile shell should bear the different pressure which comes from the before and after of the projectile. In this paper, we will describe a device which can add firing pressure on the projectile. So the projectile can be fired by the full firing pressure. Taking this method can solve the problem of the pneumatic valve open time affecting the projectile launch process. The impact device of the pneumatic cannon is the core institution. The way of impact projectile directly affects the ballistic curve of the projectile and the projectile’s exit velocity.