Excerpts

Numerous uses of rheology include the following: (1) rheological study of the material may provide some parameters that aid in interpreting the material’s physical or chemical structure, (2) rheological research may be used to compare comparable materials but cannot determine if a material is favorable or poor, (3) the obtained rheological characteristics can be utilized for modeling the dynamic behavior and flow of materials, and (4) studying unique rheological phenomena such as the solid–liquid transition, the Weissenberg phenomenon, and others that may be significant in certain industrial applications [ 1 , 2 ].

With the increase in the SF volume content, the porosity and pore size of the SFRRCs show first a decreasing and subsequently an increasing trend.

Despite the increase in TS, an increasing trend was not observed as a function of the rise in SiO 2 content.

The amount of water-reducing agent needed shows an increasing trend with higher WTSP dosage.

However, as the strain rate decreased, Young’s moduli showed an increasing trend with an increase in grain size ( Figure 5 c–f).

Flexural Strength—Fiber Volume-Mixing Ratio Curve As can be seen from Figure 3 , with the increase in the volume-doping ratio of various fibers, the flexural strength of PUC at each temperature showed a trend of first increasing and then decreasing.

Accordingly, the grain size presents a decreasing trend with the substitution of Sr and the increasing Zr content of x from 0.1 to 0.4.

Generally, an increasing trend in the mechanical properties of composites is observed with the increase in the length of the fibers [ 132 ].

The mean tensile bond strength of Zirconia without visio.link adhesive group was 0.549 + 0.0375 (MPa) and for Zirconia with visio.link adhesive group it was more 1.225 + 0.0317 (MPa) and the difference between the groups was also highly significant ( p -0.000) ( Figure 9 ) ( Table 2 ).

There is a decreasing trend.

Therefore, the comparison of the trend of the drilling temperature detected under the same experimental conditions was quite significant.

Additionally, the number of papers published on PLA has witnessed an increasing trend in the last 10 years, as shown in Figure 1 , demonstrating the importance of PLA in the field of composites.

Implementation of non-Gaussian beam profile in laser ablation, and engagement of different off-axis geometrical optics has been quite significant.

It is difficult to indicate a clear trend of the variability of the deformation mode with the change in design parameters (n radial and n circus ) in the conducted range of the experiment.

However, there is a fairly significant decrease for PUM_KR-30 to 149 kPa.

From Figure 5 , in the case of HCT 116, a clear trend can be observed; the sample Ag-20 that contained the maximum content of embedded silver nanoparticles exhibited the maximum activity against the HCT 1006 cells.

From the results, it can be observed that the CBR value of lime treated CG exhibited an increasing trend with the addition of gypsum, with the highest increment of 543% (compared with the controlled case) observed for 4% lime addition.

Therefore, the compressive strength of soil samples with different contents of CaO showed a trend of increasing then decreasing, and then increase with time, and the peak strength point has a greater lag than the peak pH point [ 33 ].

When the laser energy density was between 50 J/mm 2 and 160 J/mm 2 , there was a decreasing trend between the average area of the pores and the laser energy density.

With the increase in the proportion of TM, the removal rates of Fe 2+ and Mn 2+ by composite particles showed a trend of increasing first and then decreasing.

A decreasing trend in bubble density as grain size decreases is distinct for both samples.

As the confining pressure value increased, the actual energy consumption showed a trend of first stepping up and then leveling off.

The ductility coefficient shows a decreasing trend when the confining pressure value continues to increase, and the ductility coefficient stabilizes at about 1.45 when the confining pressure value is higher.

As can be seen from the test data in Figure 8 d, the nominal shear strength presents a decreasing trend as the maximum aggregate size increases.

However, their predicted results show an increasing trend as the aggregate size increases, which is opposite to experimental observations.