We study an implicit treatment of the pressure in MPM algorithm to simulate material incompressibility avoiding artificial pressure oscillations and significantly small time steps present in the explicit MPM approach.
All figures, given in Additional file 1, show a significantly smaller matching time for the VF2 and a linear influence of the molecule size on the matching time.
The results obtained with both approaches show that a good quality approximation of Pareto front can be obtained with a significantly smaller computational time than with a state-of-the-art metaheuristic algorithm.
Stacking these waves constructs S reflections with significantly smaller travel time fluctuations with respect to the dipping interface.
For startups producing physical products, there is much to be gained from the significantly smaller turnaround time in prototype production, as well as the ability to make tests of certain objects without having to create expensive dies and moulds.
Although the instrument was designed for sample volumes in excess of 7.5 L, some recent research applications (e.g. aircraft) have used the instrument with significantly smaller collection times and sample volumes – and therefore smaller Hg loadings per cycle – than for which the instrument was designed.
In addition, we consider only particles whose aerodynamic response time (widetilde {t}_{p}) is significantly smaller than the smallest time scale of the flow (widetilde {t}_{f}), so that the particle Stokes number (St = widetilde {t}_{p} / widetilde {t}_{f} ll O(1)) (Raju and Meiburg 1995).
However, the "price" for using a super-class H of C is so low that the resulting time bound for achieving accuracy ε in the model of agnostic learning is significantly smaller than the time bounds achieved by the up-to-date best (proper) algorithms.
The mean difference between V1 and V2 of mean absolute legBD measurements was significantly smaller with the time-corrected values than without time correction for both legBD in absolute (-3.3 ml versus -5.9 ml, P =.045) and relative terms (-0.13% vs -0.33%, P =.045) while no such difference was observed for limbBF measurements (P =.09).
In the contextual test (Figure 6C, right), performed 24 h after training, PC3/Tis21−/− mice spent a significantly smaller amount of time in freezing behavior, compared to control mice (one-way ANOVA, F 1,22) = 5.02; p = 0.03).
