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In data processing, fuzzy math make fuzzy things into the mathematical model and makes full use of the intermediary transition information, It can reduce the impact of man-made subjective factors and makes the assessment results more objective and reliable, which can be used in equipment support exercise assessment.
Multi-level evaluation: Synthesize each first-level factor’s fuzzy evaluation result in the new fuzzy evaluation matrixand multiply it with the corresponding weighting vectorresult in the fuzzy evaluation vector of the overall evaluation factor, that is the fuzzy evaluation vector of the total capability of the equipment support exercise: (2) The reduction probability of integrated electronic information system corresponds to the elements in vector, and the final exercise level can be achieved according to the principle of maximum subjection.

Fig. 3 The dependence of the bending stress in the pin (1) and the couplings (2) with a round and shouldered (3) profiles of the thread on the pre-impact speed of the striker The reduction of the tangential stresses in the pin and the coupling when the rod is stricken is due to the fact that when a pulse compression passes through the communication unit, the turns of the pin or the coupling are unloaded from the static axial force.
Mahmoud, Data acquisition and factors impacting productivity of Horizontal Directional Drilling (HDD), J.

For high energy efficiency of vehicle, reduction of weight has been an important issue.
Four layers of laminate were modeled as individual continuum shell elements and measured data were applied.

The data measurement frequency was 200Hz and the measurement time was 60 seconds.
Reduction of wind induced motion utilizing a tuned sloshing damper, Journal of Wind Engineering and Industrial Aerodynamics 36 (1990) 725-737

The peak intensity of the Ni(111), (200), (311) and (222) diffraction peaks decreases and their peak widths increased as the W content increased, indicating a reduction in grain size of Ni [10].
On this plot, intersections of baseline (1.6 for both data sets) and linear fitting indicates work functions (4.72 and 4.92 eV for before and after heat treatments, respectively).

The calculation formula of the jerk can be derived from the driving equation of vehicle: . (1) Where is the main reduction gear ratio, is the gear transmission ratio, is transmission efficiency, is rotating quality conversion coefficients, is the vehicle quality, is the vehicle radius, is the torque transferred by the passive part of clutch.
The experiment vehicle launches on the flat road repeatedly; note and analyze the experiment data.

One of the advantages of this pressing technique is significant simplification, reduction of specific quantity of metal, and the cost of process equipment [1, 2, 3, 4, 5, 6, 7, 8, 9].
Comparison of experimental data (1) with mathematical modelling (2) for AMg6M material, r = 2 mm, S = 2 mm; z = 2,1 mm: а) dependence between the springing angle and the edge exceeding (relative settlement of polyurethane - 20%); b) dependence between the springing angle and the relative settlement of polyurethane (= 2,1 mm) Based on this work, it can be concluded that the constrained bend process with elastomer mathematical model generally demonstrates good convergence with the experimental results within the range of researched material billets and their type and size.

The ARB process was carried out with 75% reduction in thickness per cycle at ambient temperature by the use of a two-high rolling mill having a roll diameter of 310 mm.
Predel, in: Phase Equilibra, Crystallographic and Thermodynamic Data of Binary Alloys, Vol. 5, Springer Verlag, Berlin (1991), P.168-173 Fig.4 TEM image and corresponding SAD pattern of the Al- Fe multilayer ARB processed by 6cycles observed from TD.

The specifications of muffle furnace used in the thermal treatment were 1550°C of temperature and heating speed of 10°C/min, enabling both oxidation and reduction thermal treatment by gas injection.
Comparison of the Characteristics of the Developed Material and Other Soils Developed materials Natural soil Compost Pearlite Coated with molten-salt *Mixed with molten-salt Density [g/m 3] 1.5 ~ 1.7 - 0.35~0.45 1.8 2.4 CEC[meq/100g] 7.3 110 1.4 98 65 BET[m 2/g] 45 230 550 92 77 *The data of developed materials mixed with molten-salt are the results of thermal treatment at 800°C/18hr Conclusions The artificial soil produced by mixing sewage sludge with molten salt could not maintain its form at the temperature higher than 900°C which is the melting point of the molten salt.

For example, because mature data are absent from the design of gating system, design experiences in die cast of molten metal are used.
It is indicated that computer simulation is an effective method for optimization of filling plans and reduction of periods in the development of new parts.