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This study provides valuable experimental data, serving as a useful reference for further investigation on RC frame columns with a hollow section.
Arrangement of strain gauges: (a) SC1 and (b) HC1~HC3 Test Observations and Analysis of Experimental Data.
This study provides valuable experimental data and a refined numerical simulation method, serving as a useful reference for further investigation on RC frame columns with a hollow section.
[7] Kim TH, Lee JH, Shin HM., Hollow reinforced concrete bridge column systems with reinforcement details for material quantity reduction: I. development and verification, J.

The experimental data were analyzed using one-way analysis of variance (ANOVA) and Fischer’s least significant difference (LSD) tests to determine whether any treatment significantly differed from the controls or each other’s.
Likewise, a recent data demonstrated that IO NPs have potential to induce genotoxicity in A431 and A549 cells, which is likely to be mediated through ROS generation and oxidative stress [18].
The present investigation also demonstrated that the reduction of IO NPs induced genetic (SCEs, 8-OH-dG) and oxidative alterations (TAC and TOS levels) were caused by the protective effect of BA and BX.
Besides to in vitro data, a few in vivo findings were recorded in literature for supporting this implication.

The 3D network structure of the phenolic resin may be destroyed with a further increase in the pressing pressure, resulting in a reduction in the bending strength of the composite material.
The system uses Labview to collect and store experimental data.
Data Availability All data generated or analyzed during this study are included in this published article.

Moreover, the 5% MRSG residue reduction from the control specimen makes the result acceptable which not only solves environmental and disposal problems but also provides a new resource for construction industry.
Earth System Science Data, 11, 1675-1710
Safety Data Sheet.
Safety Data Sheet.

The OIM Analysis 8.6 software was used for analyzing the EBSD data and for exporting the Euler angles, which were required as input for VPSC modeling and for plotting the pole figures.
The confidence index of the grains was standardized and the EBSD data was then cleaned via grain dilation, considering the minimum confidence index of 0.1 and the minimum grain size of 5 µm.
Therefore, the area of EBSD measurement was either too small for gathering statistically relevant data, or the plastic deformation tended to form different secondary texture features in RD-TD compared to the predictions.
Kang, Effect of reduction ratio on annealing texture and r-value directionality for a cold-rolled Al-5% Mg alloy, Mater.

(a) (b) Fig. 4: (a) Wear and (b) rolling-contact fatigue resistance determined in whole-wheel tests, of carbide-free bainitic rail steels; data from Jerath [17].
Elements such as molybdenum and vanadium must be used cautiously because their addition can lead to an increase in strength, which in turn can trigger a reduction in toughness.
Typical performance data are illustrated in Fig. 4 and Fig. 6.
Table 1: Characteristics of the new rails and associated data for the Swiss and French applications (Howard Smith, Corus).

The data acquisition and processing system is GC-MSD (5972A HP) Chemstation
From the above data, we can see that comparing with the contents of PCBs contained in the sludge of other cities in the Yangtze delta zone, PCBs content is very low in sludge obtained from Bailonggang.
Analysis of related data shows that evaporation is not the main factor that influences the content of PCBs, as the process of evaporation can pose the decrease of chlorinated compounds no matter they contain more chlornate or less chlornate.
It can be explained the reduction of some compounds with more chlorinates using the effect of interception.

Such model will reduce the discrepancies between the theoretical predictions and the experimental data.
Here, , , , , and are constitutive parameters fitted to the experimental flow stress data since the formulation of JC material model is empirically based.
These data are obtained from modified split Hopkinson pressure bar (SHPB) tests at strain rate up to 103 s-1 and temperature up to 600 °C [15].
The reduction of RF2 can be explained by Fig. 6, which shows the historical displacement U2 of a node located on the plate upper surface within the rolling track and in the contact bandwidth at the end of revolution.

The fillers in the nanosized range are considered to be promising for improvement of functional characteristics of polymers and reduction of flammability [18–20].
The data obtained from thermogravimetric (TG) curves are given in Table 2.
According to the data obtained, the initial temperature of decomposition of the samples upon heating T2 was different and depended on the type of filler.
According to the data obtained, rapid degradation was observed for the copper filled epoxy polymer E/Cu5 when the sample was heated to ~400 °C.

In the determination of vertical displacement, a key concern is the reproducibility of the data.
Figure 3 shows duplicate vertical displacement curves obtained from the 1 mm diameter wire and the very good reproducibility of the data is quite evident.
Similarly, for the coils with 10 rings, the reproducibility of the vertical displacement data was very good as is apparent from Figure 4.
Some significant reduction in diameters from the initial values are now apparent as can be seen in rings such as 1, 5 and 9 of the 1 mm diameter wire (Table 5) and rings 2 and 3 of the 2 mm diameter wire (Table 6).