Compressor stator seal cavity geometry optimization and flow analysis 压气机静叶气封几何优化(GO)与流动分析
Using the simulation method can replace part of the experimental research, expand the application of finite element theory, promote the research of hard-state cutting mechanism and provide a useful reference for cutting tool geometry optimization and process. 采用的模拟方法可以部分的取代实验研究,拓展了有限元理论的应用范围,促进了硬态切削机理的研究,为刀具几何参数和切削工艺的优化提供了有益的参考。
The parameters of crystal structure at ground state were obtained after full geometry optimization by using BFGS method. 使用BFGS算法对BC2N初始结构进行几何优化(GO)后,给出了处于基态的晶体结构参数。
On the basis of modeling ancient architecture, carries on the key technologies in modeling process, has studied the geometry optimization techniques and the texture optimization techniques with emphasis. 在建立的模型基础上,对建模过程应用的关键技术,进行详细阐述,重点研究了几何优化(GO)技术和纹理优化技术。
Helical coil spring and geometry optimization. 并对斜圈弹簧的几何尺寸进行优化。