Excerpts

The dependence of the lattice parameters, a , b , and c and, consequently, of the unit cell volume V , on the calcination temperature, exhibits a decreasing trend ( Table 1 ).

According to literature, the fresh and hardened bulk density of the mortars containing recycled aggregates show a decreasing trend.

The mechanical tests indicate a clear trend of stiffness and strength improvement along with the increasing share of PC phase in the structure.

Porosities in Table 1 follow an expected trend, decreasing downwards and to the right of the Table.

A slight increase of flexural strength at increasing calcite replacements was observed as well, but, in this case, a clear trend could not be stated.

The information within Table 2 confirms the viability of this data with a P-value below 0.05; showing that the confidence level of this parameter having an effect on the outcome being highly significant [ 37 ].

A value of p < 0.05 was considered to be significant, and p < 0.01 was considered to be highly significant. 3.

Under high-rate impact, hot spots form unsatisfactory and lead to a decreasing trend to initiation probability and reaction intensity. 4.5.

When the probability of a non-correlation is less than 1%, it can be concluded that the relationship is highly significant.

According to the results, you can see that the porosity of the 0–4 μm is more, with the increase of steel fiber dosage, 0–4 μm of pore ratio first decreases and the trend of increase, steel fiber content was 1.75% of the minimum, and less than 4 μm pore, with the increase of steel fiber content, greater than 4 μm of pore ratio showed a trend of decrease after the first increase and steel fiber content with 1.75% proportion is the largest.

According to the test results, the microhardness showed a decreasing trend along the thickness direction (hydrogen diffusion direction) when the hydrogen charging time was only 6 h.

In contrast to the hydrogen-free case, the microhardness of the samples after hydrogen charging presents an increasing trend, but the increased value was not uniform, which is related to the hydrogen concentration at different locations.

The ductility indices of the HSC beam tended to decrease sharply as the rebar ratio increased, whereas those of the UHPC beam did not show a clear trend with respect to the rebar ratio.

The overlay with the influence of MnS inclusions might be significant.

The change of these parameters for the different rolling conditions exhibits an increasing trend with respect to the decrease in the number of voids ( Figure 6 ).

The nano-hydroxyapatite content influenced the tensile strength and elongation rate, which presented an increasing trend with the n-HA percentage up to 60 wt. %, a sharp decrease being recorded at higher values [ 58 ].

An obvious trend can be found in that σ a /σ eq decreases with the increase of mean stress σ m .

In Table 3 , an interesting trend can be observed.

There is a clear trend of reducing in the compressive strain values.

The results show in the test loading rates range, as the loading rate increased, the tensile and compressive strengths showed an increasing trend.

[ 20 ] found that the effects of sheet thickness, wall angle, step size, and the interaction between the sheet thickness and wall angle are extremely significant for profile accuracy.

p -values between 0.05 and 0.1 were rated as a statistical trend. 3.

The stretched samples exhibited a decreasing trend in tensile properties as compared to the as-received alloy.

For the “grey” EPS from [ 42 ], the radiation contribution was zero and the matrix contribution revealed an increasing trend, from 15.3% to 20.7% (at the expense of the air contribution), with thickness increasing from 0.01 to 0.10 m.

The results of both the docking and DFT studies have been analyzed with respect to the mechanistic interaction pattern that may be significant in the context of the interpretation of the obtained binding energy values.