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Introduction It has been reported by different studies that the aquatic exercise program developed by Kim [1] to maintain and enhance health of patients with arthritis have effects in physical aspects such as reduction in pain and body weight; increase in flexibility, muscular strength, and muscular endurance; improvement in ambulatory abilities; reduction in abdominal circumference; reduction in body mass index; and improvement in physical functions; and diverse positive effects such as increase in self-efficacy, reduction in fatigue, and increase in quality of life [2,3,4].
To check the changes in the pressure and speed that took place at each joint region of the upper limb during an aquatic exercise, total 30 data extraction regions were set.
As the intensity of the vortex around the upper limb could be determined through the speed data extracted.

The following inputs were analysed: (i) one or two compressive reductions; (ii) different compressive reduction strain R at second deformation and varying temperatures of pressing.
The structure development during transformation of conditioned austenite, while maintaining the same degree of deformation (ε2 = 64%) appeared to be more favourable when this second sample reduction was introduced at lower temperature (schedules TME and TMF), which corresponds to temperature region of postponed recrystallization (schedule TME) and/or to the intercritical (γ+α) temperature region (schedule TMF) and, as shown in Fig. 1.
The lower second deformation temperature and higher compressive reduction the effective grain refinement was maintained, the significant modification of ferrite transformation and favourable characteristics of bainite structure were achieved.
The data relating to volume fractions of individual phases and mechanical properties are summarized in Table 1.
The obtained data point out to a significant increase in ductility and strengthening with higher RA volume fractions in the multiphase structure.

The grain size data from Particle Size Analysis (PSA) shows that the size of nanoparticles in the nanofluid ranges from 182.91nm to 853.56nm.
According to this data, the stable peak for 0.5wt% of surfactants is at 70:30 ratio, but for zero surfactants, it is at 50:50 ratio.
By comparing brine with GA HNF & SCMC HNF, a significant reduction of 43.14°(29.46%) & 86.55°(59.12%) was obtained respectively.
When the temperature was raised to 90°C, IFT reduction was enhanced by 5.78%, 9.34%, 13.20% for Control HNF, GA HNF, and SCMC HNF respectively.
This reduction plays a crucial role in enhancing the efficiency of the surfactants used in EOR[56] Fig.12.

It can meet the real-time visualization requirement of industrial CT data less than 1GB.
Moreover, considering the fast access of textile under CUDA frame, we further fix the projection data with two-dimensional textile.
We compare the speed performance of the proposed method based on GPU with the conventional method based on CPU under different projection data.
The used data is 3D ICT images of a tape, which consist of 192 slices with a size 512´512 and the total size is 192MB.
The rendering speed of the developed system is investigated with the same volume data as in Fig.5 and Fig.6.

Our parameter calculation model is in good agreement with experimental data.
We have plotted the ratio C44/C44(77 K) at a different temperature and the ratio C’/C’(77K) function as the concentrations of Re to compare the data simulation by molecular dynamic (MD) calculations and data experiment. 2.
Fig. 2: Variation of elastic constant C44 for W-3% Re alloys obtained by simulation DM and data experiment.
· We have plotted of the constant elastic C44 vs. temperature for the W-3 at. % Re and W-10 at. % Re alloys is found to be in excellent agreement with the data experiment.
“Reduction, Sintering and Mechanical Properties of Rhenium-Tungsten Compounds.” 

The grain refinement mechanisms operating during severe deformation processes, like ECAE, are discussed using data obtained from model Al-alloys.
Most data shown below is for the Al-0.1%Mg alloy, except where comparisons are made to example data from the other materials.
Data analysis was carried out using VMap, an in-house software package.
In the current work sufficient statistical data has not yet been obtained to correlate specific crystal orientations to grain stability in such regions.
An example of this behaviour can be seen in Fig. 6a, where statistical data obtained by EBSD shows little significant difference in the fraction of HAB area, and a negligible reduction in grain width, in the strain range ~ 8 - 17, using route A.

According to Modal Assurance Criterion (MAC), the credibility of the calculation results is verified, and then modal parameters of industrial flat sewing machine get more reliable in order to provide the reference for further structure optimization and noise reduction of the flat sewing machine.
In the paper, SCADAS data processing front-end of LMS Company and Test.
Lab 11B engineering analysis software is applied to the acquisition and analysis of experiment data.
And SCADAS data processing front-end of LMS Company and Test.
Lab 11B engineering analysis software is applied to acquire and analyze of experiment data.

In order to measure the stiffness, input data for the efforts has to be defined.
According to the technical data provided by the engine manufacturer the maximum torque is 17Nm when the engine runs at 8500rpm.
For that reason, a 3D scanning machine is used to analyse an object to collect data on its shape and create the digital 3D model.
Once the original 3D model is ready and the input data for the effort and boundary conditions is known, the first simulation is launched.
This model is imported to the software and the simulation is launched with the same input data used for the original model.

After each measurement, data were transmitted to and stored in a computer for analysis.
The coefficient of determination r2 is a statistical measure of how well the regression line approximates the real data points.
The higher the r2 is, the better the regression line fits the data.
The empirical fitted curves as well as the test data are presented in Fig. 5.
This figure also presents that the fitted curve is of a good match to the test data.

The transaction of generation rights coupled with the energy reduction target in the policy of energy conservation and pollution reduction is put forward.
Integrated genetic algorithm generally contains the following steps: (1) Encoded：The data of X solution in the solution space is called encoding from phenotype to genotype mapping.
Genetic algorithm during the search before you the solution data indicates the genotype string into spatial genetic structure data, these strings the different combinations of the configuration data to form the different groups.
(2) The generation of the initial population: It randomly generated N initial string structure data, each string structure data become an individual algorithm as the initial start iteration to this N string structure.