Time finite element analysis (TFEA) is used to determine the accuracy, stability, and limit cycle behavior of the milling process. Predictions are compared to traditional Euler simulation and experiments. The TFEA method forms an approximate solution by dividing the time in the cut into a finite num
Limit cycles and bifurcations in biochemical dynamics
β Scribed by Okan Gurel
- Publisher
- Elsevier Science
- Year
- 1975
- Tongue
- English
- Weight
- 651 KB
- Volume
- 7
- Category
- Article
- ISSN
- 0303-2647
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π SIMILAR VOLUMES
We study the bounded quadratic systems with either two weak foci or a weak focus of order 2. From the first case we obtain (1,1)-configuration of limit cycles, and in the second case we prove that there is no limit cycle surrounding the weak focus of order 2. Also, we unfold the bounded quadratic sy
We construct a canonical cubic dynamical system of Kukles type and carry out the global qualitative analysis of its special case corresponding to a generalized LiΓ©nard equation. In particular, we prove that the foci of such a LiΓ©nard system can be at most of second order, and that this particular sy
The perturbation-incremental method is applied to the study of stability bifurcations of limit cycles and homoclinic (heteroclinic) bifurcations of strongly non-linear oscillators. The bifurcation parameters can be determined to any desired degree of accuracy.