虚拟仿真技术在齿轮零件设计中的应用

Application of Virtual Simulation Technology in Gear Part Design

  • 摘要: 针对机械原理齿轮范成实验教学理论与工程实践相脱节的问题,清华大学机械原理教研组进行了系统化的教学改革与设计,建立了针对齿轮设计与加工综合实践改革思路及内容,构建了全过程实践方法。以范成法完成对齿轮设计计算的基本知识及理论加工方法的掌握,通过引入虚拟仿真技术完成对齿轮设计与仿真及创新加工方法的掌握。该实验教学体系的建立,有利于培养学生从理论设计到三维建模仿真再到实体加工的全过程的综合能力,有利于培养学生的科技创新与实践创新能力。

     

    Abstract: In order to solve the problem that the theory of gear generation experiment teaching is independent of the engineering practice, the teaching and research group of the mechanical principle of Tsinghua University carried out a systematic teaching reform and design, established the idea and content of comprehensive practice reform for gear design and processing, and constructed the whole process practice method. The basic knowledge of gear design and calculation and theoretical processing method were mastered by using the generating method, and the gear design and simulation and innovative processing method were mastered by introducing the virtual simulation technology. The establishment of the experimental teaching system was conducive to the cultivation of students’ comprehensive ability in the whole process from theoretical design to three-dimensional modeling and simulation, and then to solid processing. It was also conducive to the cultivation of students’ ability of scientific and technological innovation and practical innovation in the future.

     

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