Titlebook: Liutex and Third Generation of Vortex Identification; Workshop from Aerosp Yiqian Wang,Yisheng Gao,Chaoqun Liu Conference proceedings 2023

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Yuyan Li,Xiangrui Dong,Xiaoshu Cai,Wu Zhou,Xinran Tanguch andere Politikfelder – wenn auch in anderer Form und mit anderen Konsequenzen. Ein gemeinsamer Bezug der Diskussionen besteht darin, dass eine zunehmende Verschr?nkung von Handlungslogiken, Betriebs- und Finanzierungsformen des ?ffentlichen, des privatwirtschaftlichen und des privat-gemeinnützig

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Lianjie Yu,Weiwen Zhao,Decheng Wanr relevanten Einflussfaktoren der Innovationsf?higkeit.Illus.Mitarbeiterkreativit?t ist einer der wichtigsten Faktoren für mehr Innovation im Betrieb. Das kreative Selbstvertrauen der Mitarbeiter zu f?rdern wird in Zukunft eine der wichtigsten Aufgaben für Führungskr?fte sein: Fertigkeiten des innov

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Bosen Chai,Dong Yan,Jin Zhang,Wenjie Zuo,Guangyi Wang

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Liutex and Third Generation of Vortex Definition and Identificationiutex-Core-Line method, which is unique and threshold-free. According to the Liutex vector, a unique coordinate system called Principal Coordinate can be set up, and consequent Principal Decomposition of velocity gradient tensor can be made. Different from classical fluid kinematics, the Liutex-base

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Rules of Tensor and Matrix Operation for Liutex Calculationon that a tensor dot product is a vector, some people do not transpose the first matrix (representing the second-order tensor). Liutex is a vortex identification concept that relates many vector and tensor operations. Therefore, it is important to have clear rules for using matrices to represent vec

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POD Analysis on Losing Symmetry of Vortex Structure in the Flow Transition by Liutex Methode in the flow transition, the loss of symmetry of vortex is investigated, and it is found that the asymmetry of vortex develops at the flow transition. In fact, our study shows that the antisymmetric of the vortex starts from the middle, and?then the antisymmetric structure of the bottom part starts

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The Liutex Shear Interaction in Boundary Layer Transitionction and the offsets in other directions are relatively small. It is also shown that the Liutex vector can accurately extract the rigid rotation part from fluid motion and the third-generation vortex identification methods can serve as a powerful tool to study fluid dynamics.