作者: Yuting Ding
DOI: 10.1007/S11071-017-3681-0
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摘要: In this paper, we study the mathematical model about variable frequency water supply system in process of applying glue to particleboard. Based on original linear ordinary differential model, effects time delay and nonlinear factor are considered. Then, obtain delayed equation associated with system. Further, consider existence stability equilibria several types bifurcations functional equation. Next, derive normal forms Hopf bifurcation Bogdanov–Takens by using multiple scales method center manifold reduction method, respectively, analyze classifications local dynamics. Finally, Matlab software, numerical simulations estimated values parameters show stable equilibrium, periodic-1, periodic-2, periodic-4 solutions, a complex chaotic attractor from sequence period-doubling bifurcations.