geometric simulation in Chinese

• 几何模拟

• "geometric" in Chinese :    adj. 1.几何学的，几何图形的。 2.按几何级数增长 ...
• "simulation" in Chinese :    n. 假装；模拟；装病，装疯；【生物学】拟态，拟色。
• "geometric" in Chinese :    n. 有几何图形的东西。 adj. 1.几何学的，几何图形的。 2.按几何级 ...
• "simulation" in Chinese :    n. 假装；模拟；装病，装疯；【生物学】拟态，拟色。
• "a geometric design" in Chinese :    几何图形设计
• "algebro geometric" in Chinese :    代数几何的
• "geometric =geometrical" in Chinese :    几何的
• "geometric aberration" in Chinese :    几何象差
• "geometric abstraction" in Chinese :    几何抽象主义
• "geometric accuracy" in Chinese :    几何精度
• "geometric acoustics" in Chinese :    几何声学；射线声学
• "geometric addition" in Chinese :    几何加法
• "geometric algebra" in Chinese :    几何代数学
• "geometric algorithm" in Chinese :    几何算法
• "geometric alteration" in Chinese :    几何变形

• Dynamic geometric simulation of sls process based on fractal scanning path
  基于分形扫描的选择性激光烧结过程动态几何仿真
• Geometric simulation of meso - structure evolution of metal material in plastic deformation
  金属材料塑性变形过程中细观结构演化的几何描述
• System structure of nc machining simulation by integrating nc geometric simulation with physical simulation is designed
  提出以仿真数据库为中心的系统结构模型,实现几何仿真与物理仿真的高效紧密集成。
• System structure model based on simulation database is presented , by which realize effectively to integrate nc geometric simulation with physical simulation . 2 . in the nc geometric simulation and nc verification , a partial rendering algorithm is improved by using dynamic oob ( oriented bounding box )
  2 .在几何仿真方面,改进了几何仿真局部刷新算法,提出动态方向区域法,使在加工仿真过程中可以进行旋转、放大和缩小等动态操作,便于了解工件在仿真加工过程中的具体情况。
• This dissertation integrates theory analysis with experiment research and makes further research on nc geometric simulation . the establish of the cutting forces model , cutter wear model , machining error predition and compensation , machining parameter optimization in the physical simulation fields are made more research on the basis of the above research contents . the main achievements are as follows : 1
  本文采用理论分析与实验研究相结合的思路,进一步研究了几何仿真与精度验证技术,研究了铣削力模型的建立、刀具磨损模型的建立、加工误差模型与误差补偿技术、基于加工仿真的加工参数优化等物理仿真关键技术,主要研究内容和成果如下: 1 .设计了集几何仿真和物理仿真为一体的数控加工仿真系统的体系结构。
• Physical simulation is a complicated research subject , including plenty of foundations , theory and experiments to study . it must solve in order to develop further in nc machining technology . physical simulation research based on nc geometric simulation has an important meaning for improving machining efficiency and machining quality of workpiece
  数控铣削加工物理仿真是一个复杂的研究课题,涉及多方面的基础和理论、实验的研究,是数控加工技术进一步发展和应用必须突破的难点,在数控加工几何仿真基础上进行物理仿真关键技术的研究,对提高数控加工效率和质量具有重要意义。

• "geometric simulation" meaning in Russian: мат. геометрическое моделирование