The phrase "allowing large time" is not correct and does not convey a clear meaning in written English.
It may be intended to express the idea of permitting a significant amount of time for something, but the wording is awkward and unclear.
Example: "The project requires careful planning, allowing large time for unforeseen challenges."
Alternatives: "allowing ample time" or "permitting sufficient time".
It improves sampling of hybrid Monte Carlo (HMC) by allowing larger time steps and system sizes in the molecular dynamics (MD) step.
However, for the most modern and complex models that are highly based on MCs, the RL method seems to be ineffective in terms of allowing larger time steps during the numerical integration.
The method of characteristics eliminates errors associated with large gradients of convected field and allows large time steps, and the splines provide an accurate spatial approximation.
In this implementation, the SWEs are discretized in time by means of the three-time-level semi-Lagrangian semi-implicit method, which integrates along fluid trajectories and allows large time steps while maintaining stability.
Because the second order cIIF is unconditionally stable, it allows large time steps for AMR, unlike a typical explicit temporal scheme whose time step is severely restricted by the smallest mesh size in the entire spatial domain.
A sliding function is designed and a set of sufficient conditions is derived to guarantee the stability of the corresponding sliding motion by using Lyapunov-Razumikhin approach which allows large time varying delay with fast changing rate.
The chosen discretization and the linear nature of the governing PDE system lead to an unconditionally stable scheme, which allows large time steps even for low quality meshes that contain so-called sliver elements.
We might be interested in setting γ to a value that both allows large time-steps to be used (by maximising the region (- l, 0] for which z fulfils | R z)| < 1) and keeps the relative variance, ψ z) close to one.
The trapezoidal rule isunconditionally stable and hence allows larger time step to be used in thecalculation of response.
Capillary forces are implemented using a semi-implicit formulation, which allows larger time step sizes at low capillary numbers.
