Excerpts

Figure 14 reveals that the nonlinearity exhibits an increasing trend up to 76 mm, followed by a subsequent decrease.

This approach aimed to capture the exact position of the plastic deformation, which exhibited a decreasing trend in nonlinearity between the 70 mm and 80 mm sections in the previous experiments.

The impact of the master node showed roughly a 31% improvement over the baseline, which is quite significant.

As the fiber length increased, the splitting tensile strength of the self-compacting high-strength concrete showed a trend of first increasing and then decreasing.

Effect of the Fiber Volume Fraction on the Cracks in Self-Compacting High-Strength Concrete From Figure 20 , it can be seen that under a certain fiber length, the maximum crack width of each group of concrete specimens and the average crack width of each blade of the specimens showed a decreasing trend with the increase in fiber volume fraction.

The number of H atoms in the clusters located at the cascade center showed an increasing trend.

The specific surface area of the composite catalyst showed a trend of increasing and then decreasing with the increase in the reaction time.

The analysis in Figure 1 b shows that with the increase in the hydrochloric acid concentration, the n(Si/Al) of the acid leaching sample showed a trend of first increasing and then stabilizing.

In Figure 9 , the Poisson’s ratio shows an increasing trend with the gradual increase of α.

Furthermore, the yield displacement and the load exhibit a decreasing trend with the subsequent increase in ( n ).

As seen in Figure 12 d, a clear trend is presented: The greater the amount of extract used in the biosynthesis of ZnO NPs, the greater its photocatalytic activity.

However, since the decreasing rate of solid solution strengthening was smaller than the increasing rate of dispersion strengthening, alloy still showed an increasing trend in the range of 5–100 h.

Figure 3 b shows that both the recovery of scheelite and calcite showed an increasing trend as the pH increased from 6 to 12.

Therefore, addressing the issue of multiple explosion suppression and attaining consistent and dependable suppression during numerous explosions is practically significant for the underground safety of coal mines.

Uncertainty Analysis There may be significant uncertainties in the gas concentration, volume, detonation point, explosion distance, and explosion shock wave propagation process in actual explosion scenarios, resulting in discrepancies between actual explosions and experiments, empirical formulas, and numerical simulations.

The trend of the FLC on the left and right sides of the four DP steel is the same, showing a decreasing trend in the left branch as a whole, and an increasing trend in the right branch. 3.3.

After experiencing WD-FT coupled cycling, the average abundance showed a trend of slight fluctuation followed by a gradual decrease, indicating that the WD-FT coupled cycling promoted the roundness of the internal particles of the soil ( Figure 10 b).

Compared with samples in the initial state, the samples experiencing WD-FT coupled cycling showed a decreasing trend in the principal stress difference.

-A tendency for E to increase was observed as the annealing time and temperature increase, while the flexural strength and failure strain had a decreasing trend.

In general, reducing the detection temperature of various gaseous analytes is a clear trend in the industry, as it promotes device miniaturization (which increases device mobility and improves economic aspects) as well as sensor safety.

However, as the modification time increases from 21 to 35 days, the expansion of the concrete shows a decreasing trend.

The slump shows a decreasing trend as SF content increases, which is similar to the conclusion in the literature [ 34 ].

From Figure 8 and Figure 9 , it can be seen that the cohesive energy density and solubility parameters of the matrix bitumen showed a decreasing trend with increasing temperature from 110 °C to 150 °C, while the cohesive energy density and solubility parameters of nano-ZnO particles fluctuated from 110 °C to 140 °C, but the fluctuations were not significant, while after 140 °C, the cohesive energy density and solubility parameters of nano-ZnO particles increased substantially.

Interestingly, a notable trend was observed, where an increase in light transmittance corresponded to a rapid increase in FOM.

A decreasing trend was found in grain size, and the final grain size was less than 1 μm.