Moreover, the transient behavior of the firing rates computed from the Fokker Planck equation is analyzed in this bistable situation, where a bifurcation scenario, of asynchronous convergence towards stationary states, periodic synchronous solutions or damped oscillatory convergence towards stationary states, can be uncovered by increasing the strength of the excitatory coupling.
Thermodynamic equilibrium calculations were performed to interpret the behavior of these fire suppressants in hydrocarbon flames.
The spread and burning behavior of the spill fire on water and on a horizontal steel plate were discussed in terms of the burning rate, spread rate and fuel thickness.
The behavior of the coal fired magnetohydrodynamic (MHD) Faraday generator with 25 MW thermal input at the Institute of Electrical Engineering, China, is studied with time dependent two dimensional analyses on the x y and x z planes.
In this section, we use the different analysis results developed in the paper to present several numerical experiments that illustrate the qualitative behavior of the proposed firing-rate models.
With midday temperatures soaring near 100 degrees, the wind picked up and the air attack supervisor radioed ground workers about "some radical changes in fire behavior, wind, buildup of the fire and smoke column," Soderquist said.
The present model can predict the static behavior of the beam in fire condition and the subsequent dynamic response to an impulsive loading.
A performance-based approach to design requires structures to satisfy certain requirements based upon the behavior of the structures in fire under realistic situations.
To describe the dynamic behavior of a fire rescue turntable ladder the flexibility of the ladder set has to be analyzed.
In order to improve our understanding of the behavior, the fire analyses are also performed for the undeformed frames, i.e. before occurrence of the earthquake.
