Titlebook: Bifurcation and Chaos; Theory and Applicati Jan Awrejcewicz Book 1995 Springer-Verlag Berlin Heidelberg 1995 bifurcation.chaos.dynamics.non

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ASSET

Rwanda: Could We Have Prevented Genocide?, nonlinear response of the interacting modes through averaging. These equations are studied using the local bifurcation theory for their steady-state solutions. Various bifurcation points are identified in order to understand which types of solutions are possible for a given set of excitation condit

彎曲的人

Introduction,ension two bifurcations supported by theoretical considerations are provided. The last chapters of the book are focused more on engineering bifurcation and engineering chaos, covering the various problems relevant to the field of electrical and electronics engineering, mechanical engineering and bio

否決

Bifurcations and Chaotic Motions in Resonantly Excited Structures, nonlinear response of the interacting modes through averaging. These equations are studied using the local bifurcation theory for their steady-state solutions. Various bifurcation points are identified in order to understand which types of solutions are possible for a given set of excitation condit

compose

sinoatrial-node

使入迷

https://doi.org/10.1007/978-3-658-33745-2al branches of nonlinear dynamical systems. The book has a fractal-like construction. Almost all of the independent chapters review in depth the present status of research activities from a field under consideration, first by providing the reader with an elementary introduction and then through the

Aprope

Problemstellung und Stand der Forschung,ical dynamical chaos are retained but, typically, on finite and different time scales only. The necessary reformulation of the ergodic and algorithmic theories, as parts of the general theory of dynamical systems, is discussed. A number of specific unsolved problems is listed.

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