Sentence examples for diverging solution from inspiring English sources
Transient evolution of the flame, initiated by imposing a Damköhler number perturbation on the steady solution, exhibits three types of flame-evolution behaviors, namely decaying oscillatory solution, diverging solution to extinction, and stable limit-cycle solution.
The locus of the critically perturbed Damköhler number, across which diverging solutions are separated from decaying solutions or limit-cycle solutions, is obtained, and it can be used as a dynamic extinction boundary for laminar flamelet library.
At least one v i flux must be bounded from above in order to avoid diverging solutions, and because this is biologically meaningful, for example, due to limitation of substrate uptake.
Higher value of M n (>0.6) causes much higher diversity and may diverge solutions.
In this section, we present diverging potential solution approaches to be utilized in locating SWAPs so as to meet the energy demand of each of the two countries.
Recombining these different solutions allows an almost infinitely variable scalability and a variety of diverging overall solutions can be generated for these production units.
As can be seen from the tables, the HPM solution diverged from the analytical solution but the HAM solution approached the analytical solution.
As can be seen from the figures, HAM and the analytical solution coincided and the HPM solution diverged from the analytical solution.
The results show that for a time-step parameter (eta< 2^{-5}), the distributions are statistically indistinguishable, even though at least half of the solutions diverged from the converged solution.
Once the conventional solution has diverged from the converged solution, it will start a random walk through or near the allowed region in phase space.
Once the solution has diverged from the true solution, it will start a random walk through or near the allowed phase-space until the 3-body system has dissolved.
