dissipation

Examples of dissipative

dissipative
In what follows, we derive the equations that describe the wave motion outside the dissipative layer.
Dissipative terms are important only in the narrow layers near resonance surfaces.
A more comprehensive solution of this question, however, can only be obtained on the basis of the dissipative kinetic equation.
An energy principle is presented which gives necessary and sufficient conditions for exponential stability for a large class of dissipative systems.
All molecules in a dissipative structure are in cooperative interaction due to the synergy effect and emergent properties.
Three forms of the nonlinear dissipative portion of shock-capturing methods as part of the nonlinear filter are considered, as follows.
Operant behavior is dissipative, requiring reinforcement to maintain it; reinforcement thus acts as a kind of force.
This again shows that it is not easily possible to relate the geometry of the most dissipative structures to the strong acceleration events.
The zero jump in the total pressure means that there has to be a balance of forces at both sides of the dissipative layer.
A different two-layer scheme (control scheme) allows us to include dissipative terms in the initial equations.
Since the dissipative effects are small, they only act in a narrow layer, called the dissipative layer.
In such generalized models, stress relaxation occurs because of dissipative flow properties of the dashpots.
We observe that our construction can be carried in higher dimensions assuming that the saddle node is dissipative.
It would be interesting, however, to see whether the evolution was qualitatively correct, as discussed above for the energy decay of dissipative systems.
Dissipative structures form where high thermal gradients lead to unstable density stratification of groundwater.
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