Study on the Basic Problems of Dynamics by Induction and Generalization

Abstract:

The relationship between the kineticsof the movement and the role of an object on the object,the force,the kinetics of the basic of the theoretical basis of the whole dynamis is established on the basis of the movement of a large amount of observations and experiments. Dynamic problem is extensive, only common collision vibration in our lives--has the gap or motion constraints between mechanical components of a kinetic phenomenon that repeated exposure. It is widely present in the machinery, aviation, aerospace, military, traffic, and energy systems ,typical examples : gear Vice heat exchange pipes its support , stretch and docking components of the spatial structure, the movement of the robot joints mechanical tools, contain gap mechanical systems, print machinery, mechanical shock , impact shock absorber and cutting machinery utilization cycle force loaded collision Rub between static and dynamic components of the rotor system. Guns , railway wheel and rail with rear seat features motion constraints between mechanical systems , and so on . To help the readers grasp the basic concepts of good dynamics , the basic law , improve readers analyze prolems and problem-solving abilities , on the basis of summing up the experiece of many years practice . Kinetics basic proble summarizd summary . Take advantage of the esperience and understanding of the issure in the practical resaerch.

• Periodical: Advanced Materials Research (Volume 625)
• Pages: 12-17
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.625.12
• Online since: December 2012
• Authors: Zhi Qiang Xu, Kai Guo Qian
• Keywords: Analysis, Dynamic Problem, Research, Summarize

References

[1] Yu Hong, Zhang Dianfeng. University physics problem solving ability training. Dalian: dalian university press, (2002).

[2] Zheng Yongfing, etc. Mechanics. Beijing: higher education press, (2002).

[3] Chen Xinyi. University physics tutorial. Beijing: Tsinghua university press, (2008).

[4] Ma Wenwei. Physics problem sets analysis and solution. Beijing: higher education press, (2006).

[5] Zhao Jingfang. University physical learning guidance. Beijing. Beijing university of posts and telecommunications publishing house, (2008).

[6] Zhang Dasong. Basic physics tutorial. Beijing: higher education press, (2008).