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首页> 外文期刊>International journal of general systems >The hydraulic vortex - an autocatakinetic system
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The hydraulic vortex - an autocatakinetic system

机译：液压涡流-自催化系统

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摘要

Experiments were performed to provide a phenomenological explanation of how a hydraulic (water) vortex forms. Experimental observation and results gathered from this work also provided a possible explanation as to why such a vortex forms. The data and interpretations presented are intended to support the classification of the hydraulic vortex as a self-organizing, autocatakinetic system; establishing the hydraulic vortex as a member of a broader class of general systems. Two apparatuses were constructed to study hydraulic vortex formation. Each apparatus was also modeled using a commercial computational program. Results have shown that the formation and persistence of a hydraulic vortex rapidly minimizes potentials generated by a circulation source and sink. Other self-organizing characteristics of the flow were revealed including, the arrival of global order in the flow from local interactions, and the bolstering of the vortical system robustness through an interactive feedback stretching force. Finally, the process of vortex formation and persistence were shown to fit well into generalized autocatakinetic systems presented by others.
机译：进行实验以提供水力（水）涡流如何形成的现象学解释。从这项工作中收集到的实验观察结果和结果也为为什么形成这种涡旋提供了可能的解释。所提供的数据和解释旨在支持将水力涡流分类为自组织的自催化动力学系统。建立水力涡旋作为更广泛的常规系统成员。构造了两个装置来研究水力涡流的形成。每个设备也使用商业计算程序进行建模。结果表明，水力涡流的形成和持续迅速将循环源和汇槽产生的电势最小化。揭示了流的其他自组织特征，包括局部交互作用中流的全局顺序的到达，以及通过交互式反馈拉伸力增强了涡旋系统的鲁棒性。最后，涡流形成和持久性的过程非常适合其他人提出的广义自催化动力学系统。

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