Titlebook: Dynamical Systems in Applications; ?ód?, Poland Decembe Jan Awrejcewicz Conference proceedings 2018 Springer International Publishing AG, p

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Dynamical Systems in Applications978-3-319-96601-4Series ISSN 2194-1009 Series E-ISSN 2194-1017

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Springer Proceedings in Mathematics & Statisticshttp://image.papertrans.cn/e/image/283884.jpg

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Energiewirtschaft und Energieversorgung unconventional model for a snake-like locomotion systems in form of a chain of visco-elastically interconnected mass points in a plane with passive joints, but – in contrast to literature – active links (time-varying link-length) and rotatable skids to change the movement direction and to avoid obs

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Beginn und Ende von Zeit und Raum,amic, aerodynamic and foil bearings. There are currently several algorithms that allow estimating bearing dynamic coefficients. Such algorithms usually use various excitation techniques applied to rotor–bearings systems. So far only a small number of scientific publications show how calculated dynam

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Ingo Liefner,Kerstin J. Sch?ferre. Such signals can be considered as source of interesting information or unwanted degradation or annoying effect. Thus proper analysis of rail vibration signals are important task for the engineering research. The paper presents results of the preliminary analysis of rail vibration signal time and

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Das ,Netzwerk: Die Quelle des Neuen?m. Because of a nonlinear description of charging/discharging dynamics in subsequent cycles and a coupling of the terminal voltage and temperatures of a battery, the recurrent artificial neural network structure (R-ANN) is proposed. Both models, analytical and R-ANN were employed to predict a behavi

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Das ,Netzwerk: Die Quelle des Neuen?th rotational disks or with oscillatory elements. The aim of this preliminary study is to perform a Finite Element Analysis (FEA) using ANSYS of the fundamental issues of choppers with shafts, i.e. their structural stability and deformations—for their maximum possible rotational speed, of 120?krpm.