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When the annealing temperature approaches or exceeds the phase transformation temperature, it can induce grain coarsening of the matrix phase, precipitation of solid solutions, and release of internal stresses, leading to a reduction in hardness while improving fracture toughness [11].
The Vickers Hardness Test Data of W-Ni-Cu Alloys.
The Vickers Hardness Test Data of W-Ni-Fe Alloys.
(This is only a deduction due to the limitation of the 3 intense peaks in the XRD) and the retained austenite is intrinsically soft, resulting in the hardness reduction.

The data of the averaged values of the fiber length of the samples under study are given in table. 1 also confirm that the conditions of annealing in a muffle furnace do not affect the linear dimensions of the fibers.
With an increase in the CF content in the composite, the degree of fiber length reduction is practically the same, both at 10 and 40%.
However, it should be borne in mind that the percentage of reduction of the linear dimensions of the fibers in this case was 95%.
However, when comparing the data obtained for composites with 0.2 mm CF and 3 mm CF (Fig. 3, 4), it can be seen that the average residual fiber length in composites with 3 mm CF remains higher.

The sub-pixel of light stripes center is found with high precision and high robust. 2 The principle of measurement The structure of triangular laser method is easy and fast responded and easy to fulfill online data process, now it is be used more and more in industry measure field[6-8].
(1) Fig.1 The principle of laser triangulation measurement Where a is the distance from the intersection of optical axis of laser beam and optical axis of receiving lens to receiving lens, b is the distance between receiving lens and imaging plane, is the angle between optical axis of laser beam and optical axis of receiving lens, Y is the deviation of height y in CCD. 3 The system components This paper puts forward a three-dimensional measurement system based on line laser, the line laser projection along measured surface of objects; and CCD camera collecting data of laser lines, and calculating the depth information to reconstruction of three-dimensional shape.
Fig.2 The diagram of measurement system 4 The algorithm of extraction the light stripes center It is very important to accurately acquire the light stripes center in measurement systems, the common method including the gray threshold method, extremum method, digital reduction shadow method, and so on.
Firstly, the calibration block is putted on a moving datum plane, which size of 100mm×40mm×10mm.

The electrical properties of 0.01 mol%V2O5-doped ZnO varistor ceramics were measured by a DC parameter instrument, and after computing the test datas, the nonlinear coefficient is 25, the leakage current density is 0.02 µA/mm2 and the voltage gradient is 31.1 V/mm.
The electrical properties datas are summarized in Table 1.
The datas of the curve in the Fig.3 are consistent with the electrical properties datas in Table 1.
Moreover, a reduction of V5+ to V4+ would occur at high temperatures, and the V4+ ion has an ionic radius of ～ 0.61 Ǻ, which is close to that of Zn2+.
On the basis of the grain boundary defect model, an analysis procedure using the E-J experimental datas had been satisfactorily applied to calculate the grain boundary parameters.

Raman data were gathered at a spectroscopic resolution of 1.2cm-1.
Data were analysed using the software Perkin-Elmer Pyris Version 11.1.1.0492 .
Data were analysed using the software Perkin-Elmer Pyris Version 11.1.1.0492.
TGA data of nanocomposite samples with reference to the pure polymers are plotted in Fig. 11.
The data show a slight decrease in the tensile strength of the nanocomposites in comparison to the PE.

At the same time, the cathode undergoes a reduction reaction, thus completing the workpiece processing and forming.
Since the two sets of experimental data do not have the same characteristics, dimensionless processing is performed using different formulas.
The results of dimensionless processing of sequence data are shown in table 10.
Table 10 Dimensionless data processing table.
Since the correlation coefficient is the value of different indicators in different experimental parameters, its values are usually discrete, and the excessively discrete data are not conducive to comparative analysis.

The finite element analysis of sheet forming processes needs precise and reproducible data of the tribological conditions, which influence the material flow during the process.
The topography of both the base material and the weld line was obtained by measuring the surface roughness and implementing the data in a surface analysis software.
Therefore different methods for the characterisation of their mechanical properties and their forming limits have been developed, in order to determine precise data to be used in the FE-analysis [4,5,6].
Roughness values in three areas of the tailored welded blanks Experimental Set-up and Method The strip drawing machine used for the experimental investigations is shown in Fig. 5, together with some technical data.
Weight Reduction and Improvement of Safey Level in Impacts with High Strenght Steels Tailored Blanks Technology.

Experimental data at different load levels was gathered with strain gages in conjunction with a data acquisition system.
Lemaitre [6] defined it, in terms of the resistance reduction of a Reference Volume Element (RVE) thus: V EV vacíos V f V V D    (1) From a scalar point of view, Kachanov [7] established that in isotropic materials, damage is defined by: S S D D    (2) The Effective Stress Concept is defined by the following equation.
Therefore, a damage curve for multiple life levels ( fn ff NNN , ,2,1 ....... ) is then given by the damage law equation, defined as: 4.0 ),1()1( )/( ),1( 1 1 fn n NN fn n n N n D               (8) Subramanyan [8] established a damage law equation based on experimental data, which is taken from the S-N curve.
Fig.4 Static torsion and data acquisition system equipment.
These results were obtained with a nonlinear damage model, considering the experimental data obtained in the fatigue tests and using eqs. 6, 7 and 8.

The different phases of damage evolution are recognized through the analysis of AE data over time.
The leading-edge equipment adopted by authors consists of six memory units USAM, that can be synchronized for multi-channel data processing.
The first stage of the localization method consists in recognizing the data needed to identify the AE sources, followed by the triangulation procedure.
In this way, based on the AE data collected in fatigue tests, the AE data analysis led to predict the time to failure of the masonry, taking into account the damage and the evolution of the cumulative AE number within the masonry over time.
The AE data analysis led to predict the time to failure of strengthened walls in fatigue tests.

According to the conditions of irrigation area water supply and groundwater reduction for many years, the paper puts forward the optimal allocation and the supplying water programs on using combination of surface water and groundwater.
According to the data in recent years, 2006 - 2010 the Yellow River water has decreased, about 30% less than the same period average value.
Changing some parameters value in the model (each parameter is selected based on the experimental data or empirical data), it could work out the predetermined needs diverting water from the Yellow River and groundwater extraction at different time.
Calculating data will have better reference value that will increase the new water-saving irrigation area, improve the efficiency of irrigation water resource utilization, the rational distribution exploitation quantity of groundwater, effectively control the expansion of shallow groundwater funnel area, solve groundwater recharge and balance, analyze carrying capacity of water resources and so on.