Dissipative Systems
Stochastic seismic analysis and comparison of alternative external dissipative systems
... dissipative systems. Available in different configurations, these systems allow high flexibility in controlling the structural behaviour and are characterized by some feasibility advantages with ...
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Random attractor of stochastic partly dissipative systems perturbed by Lévy noise
... partly dissipative systems perturbed by Lévy ...of dissipative in probability and multivalued random dynamical systems (MRDS), the existences of random attractor for MRDS generated by the ...
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Constant flux relation for driven dissipative systems
... driven dissipative systems because the average flux of a conserved quantity between driving and dissipation scales should be ...particle systems in the fluctuation- dominated regime and for energy ...
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Efficient Approach for 3D Stationary Optical Solitons in Dissipative Systems
... Dissipative systems in nonlinear optics admit stable solitons in one, two, and three dimensions ...of dissipative solitons in case of the (1D) one-dimensional showed new type of localized waves ...
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Totally dissipative systems
... study dissipative systems in the framework originated in [7,8] and further developed in [1,2, ...a dissipative dynami- cal system is one for which two functions are speci- fied: one is a supply rate ...
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A theory of stationarity and asymptotic approach in dissipative systems
... The approximate dynamics of many physical phenomena, including turbulence, can be represented by dissipative systems of ordinary differential equations. One often turns to numerical integration to solve ...
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The New Creatures of Difference: A Look at the Concept of Repetition Within Dissipative Systems Theory
... from dissipative systems (and in this case living systems), the repetition of new organisms (and their genetic material) derives from disequilibrium conditions and so, produces variation set at ...
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On point dissipative systems of differential equations with quadratic nonlinearity
... In order to prove the theorem, all we need to show is that the condition uTAu < 0 for all nontrivial zeros of fx implies that there exists a vector at such that the matrix Cat is positiv[r] ...
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Macroscopically Dissipative Systems with Underlying Microscopic Dynamics : Properties and Limits of Measurement
... Despite the now well-developed state of the theories of both quantum mechanics and statistical physics, with confirmation having come from countless physical experiments over the last century, there is surprisingly still ...
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A method for detecting pollution in dissipative systems with incomplete data.
... Abstract. Modelling environmental problems leads to mathematical systems with missing data. For instance, weather problems have generally missing initial conditions. The paper is concerned with identifying ...
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Periodic solutions of dissipative systems revisited
... Remark 5.4. Observe that if a positively flow-invariant compact ENR-set A ⊂ R n satisfies χ(A) ∈ { 0, 1 } and its boundary ∂A is fixed point free (e.g., if the sharp inequality holds in (5.1)), then at least two ...
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Zero dispersion nonlinear resonance in dissipative systems
... in dissipative oscillatory systems for which the frequency of eigenoscillation displays an extremum as a function of energy, the dynamics of nonlinear resonance can differ markedly from the conventional ...
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Stochastic linearization of nonlinear point dissipative systems
... 1. Introduction. Linearization and hence stochastic linearization of a nonlinear sys- tem is about local behavior of the system in time and space. Since the system functions of monitoring and control are concerned with ...
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Dissipative systems theory : analysis and synthesis
... In Chapter 6 we consider a quadratic dissipative output feedback control problem for a class of bilinear systems, including linear systems, for which the information state method leads t[r] ...
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Transience and multifractal analysis
... In this paper we exhibit some of the pathologies that can easily occur in the di- mension theory of dissipative systems. We not only study the dimension of the conservative part of the system but also the ...
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Dissipative nanomechanics
... called dissipative [3]. Dissipative processes are also called irreversible ...of systems very near to equilibrium, there exists no counterpart of thermodynamics (or equilibrium statistical mechanics) ...
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Identification and prediction of nonlinear dynamics
... area of initial conditions and change in the associated volume of dissipative system, the must be to have a sensitive dissipative systems, the must be equal The be used to identify a the[r] ...
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Stabilization with Optimal Performance for Dissipative Discrete Time Impulsive Hybrid Systems
... for dissipative DIHS discrete-time impulsive hybrid ...a dissipative DIHS is asymptotically stabilized and the value of a hybrid performance functional can be ...
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The Theory of the Organization and the New Paradigms
... In the Fractal Company, H. J. Warnecke applies the approach of nonlinear dynamic systems to the field of organization. His approach is integrative, seeking to in- tegrate different management concepts: agency ...
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Periodic Point, Endpoint, and Convergence Theorems for Dissipative Set-Valued Dynamic Systems with Generalized Pseudodistances in Cone Uniform and Uniform Spaces
... of dissipative set-valued dynamic systems with generalized pseudodistances and with not necessarily lower semicontinuous entropies and we present the methods which are useful for establishing general ...
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