Another Conserved Quantity by Mei Symmetry of Tzénoff Equation for Non-Holonomic Systems
Zheng Shi-wang, Xie Jia-Fang, Wang Jian-Bo, Xiangwei Chen
Abstract
Zheng Shi-wang, Xie Jia-Fang, Wang Jian-Bo, Xiangwei Chen
Abstract
As a direct result of Mei symmetry of the Tzénoff equation for non-holonomic mechanical systems, another conserved quantity is studied. The expression and the determining equations of the above conserved quantity are also presented. Using this method, it is easier to find out conserved quantity than ever. In the last, an example is presented to illustrate applications of the new results.
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As a direct result of Mei symmetry of the Tzénoff equation for non-holonomic mechanical systems, another conserved quantity is studied. The expression and the determining equations of the above conserved quantity are also presented. Using this method, it is easier to find out conserved quantity than ever. In the last, an example is presented to illustrate applications of the new results.
Key concepts: Conserved quantity, Holonomic, Symmetry (geometry), Holonomic constraints, Expression (computer science), Physics, Classical mechanics, Mathematical physics