Search results

Test data and analysis Water content test data.
The test data of water stability.
With the further reduction of water content, the bond strength between asphalt and aggregate begins to be restored, making the splitting tensile strength increase.
With the further reduction of water content, the bond strength between asphalt and aggregate begins to be restored.

This methodology initially gathers data in the plant to enable detection of critical tasks, through a primary examination of the resources assigned to the workstation, its location and use, together with the opinion of the operative carrying out the work.
For 3D design, the following types of data are needed: measurements of work machines, equipment and tools, lay-out of the workstation and set of tasks or activities which the operative performs there during the manufacturing process, as well as the nature of the material being handled.
The majority of ergonomics projects include, amongst other costs: personnel, equipment and material and the possible reduction in productivity due to implementation and study phases.
Together with these costs are the benefits which may be gained: reduction of compensation costs, increase in productivity and resource life-cycle and improvement in company image and working atmosphere.
The methodology described not only gathers technical data on workstations, but also the opinion of the operative who performs the tasks in the plant, thus providing a real insight into carrying out the process.

Corrosion Test: Table 1 shows the potentiodynamic polarization test data for the composites in different media.
The data indicate that the composite corrodes faster than the base metal/alloy in all three solutions.
According to these observations, it can be deduced that in aqueous solutions, TiB2 serves as an inert electrode for hydrogen and oxygen reduction and therefore acts as a cathode.
The smaller anodic area due to an increase in 0 500 1000 1500 2000 2500 0 2 4 6 8 10 12 Volume Loss, mm 3 Sliding Distance, m TB3 ATB5 CPAL Fig.1 Wear graph of Al-TiB2 MMCsTable 1 Potentiodynamic Polarisation Test data for Al-TiB2 MMCs in different corrosive media at 23ºC Solution Processing Route Composition Sample code O.C.P Ecorr [mV] Icorr [mA/cm 2] mpy CP Al CP Al -914.83 -913.48 0.000018 0.02 Al-4%Cu alloy Al4Cu -775.92 -778.54 0.007757 3.18 Al-5% TiB2 TB5 -830.72 -830.72 0.005155 2.85 Master alloy Al-10%TiB2 TB10 -774.38 -776.55 0.007672 3.42 Al-5% TiB2 ATB5 -783.92 -783.72 0.006870 3.06 Al-10%TiB2 ATB10 -763.30 -764.66 0.008249 3.68 3.5% NaCl Mixed salt Al-4%Cu/ 10TiB2 ATBCu -745.16 -745.16 0.010685 4.38 CP Al CP Al -730.61 -735.79 0.006757 3.01 Al-5% TiB2 TB5 -729.28 -727.67 0.030847 13.16 Master alloy Al-10%TiB2 TB10% -651.62 -653.00 0.045906 19.10 Al-5% TiB2 ATB5 -671.32 -
The excessive corrosion in the 0.5M NaOH solution compared to other mediums could be due to TiB2 acting as a favourable site for oxygen reduction.

It approves that back feed and revision of construction scheme and guidance of temperature reduction and anti cracking is feasible.
Contrast with The Finite Element Smulation Results and The Measured Data The finite element simulation results and the measured data contrast results of points 2 the third level the 38 # pier column is shown in Fig 8.
By means of the automatic control system, information, data storage and conversion achieved , at the same time analyzing the test results at any time which used to guide construction.
By comparing the simulation results with the experimental results,the results are identical basically.It approves that backfeed and revision of construction scheme and guidance of temperature reduction and anti cracking is feasible.

Moon et al. [3] showed the effect of combined hot die and cold punch on the reduction of springback of aluminium sheets experimentally.
“Table 1” shows the data used in the simulations.
Data Used For Simulation Fig. 3.The finite element meshes used in U bending.
According to recorded data in tables in U-die bending there isn't any springforward and all defects are springback.
Kim,, “Effect of tool temperature on the reduction of the springback of aluminum sheets,” Journal of Materials Processing Technology, vol. 132, 2003, pp. 365-368

The main objective of this paper is to evaluate the thermal comfort conditions by using a CPMV model and an adaptive model based on on-board cabin environmental measured data.
The reduction of cabin pressure and very low RH at cruise altitude will affect several terms in the bio-heat balance equation.
Because the RH will decrease quickly below to 30% in aircraft cabin, hence the following linear model is proposed to create a depedency of wb on cabin RH: (4) (2) Clothing vapour resistance ISO 7933 suggests to use Fpcl for the calculation of clothing vapour resistance (Re)[3]: (5) where L is Lewis ratio, ℃/Pa; hc is the convective heat transfer coefficient, W/(m2℃); Fpcl is the reduction factor for evaporative heat loss with clothing compared to the nude person and is defined as: (6) where Icl is intrinsic clothing insulation, m2℃/W; hr is radiant heat transfer coefficient, ±5W/(m2℃); fcl is clothing surface area factor
The assessment results of CPMV model for 25% RH level, 30% RH level and uncontrolled RH are shown in Fig. 2 by using the measured data of Flight 1and Flight 2.
A CPMV model was applied to assess the thermal comfort in the civil aircraft by using the in-flight measured data.

Among many other things, the cost reduction plan of a power system depends on the reliability of an optimized system.
First part: Load the ‘forecasted load profile’ sample data according to minimum and maximum load variation at the required hour (1 to 24 hours). 2.
The datasheet containing data related to the LCOE calculation can be referred from Table 1 taken from [4].
fitnessmaximum=fitnessminimum (5) As soon as the termination criteria is met (refer to: Eq. 5), the data of most suitable generation size for each generator is determined and the sum of each generator sizing (which is within the search space set) should be enough to generate the required load demand power for the specific hour while minimizing the cost of generation.
M'Sirdi, Optimization of Hybrid Renewable Energy Systems (HRES) Using PSO for Cost Reduction.

Simulation of the implanted profiles after all epi steps, model is based on internal SIMS data.
Spots with localized avalanche were observed for all samples and these may be related to local barrier reduction due to material defects.
As suggested in [4], the VHE data for the 0.018 cm-2 die are close to expectation.
The data in Figure 7, show that the Rsp values rise with a quadratic dependence on temperature.
Overall, the use of channeled implant offers a reduction of the number of process steps needed to fabricate the structure and makes for a viable alternative to a traditional device architecture.

In general, the fatigue life of plain specimen is controlled mainly by the initiation and propagation lives of a small surface crack and there is large scatter in fatigue data.
The European Gas pipeline Incidence data Group (EGIG) has maintained and expanded the European Gas pipeline incident database, which related to steel pipeline with design pressure > 15 bar, excluding associated equipment (e.g. valve, compressors).
Table 2: Mechanical properties of API 5L X70 steel Young’s modulus, E (Gpa) Ultimate tensile strength, σU (Mpa) Yield strength / 0.2% proof Stress, σY (Mpa) Percentage elongation at fracture, (%) 207 643.97 567.38 37.65 Tested data presented in this table are the averaged value of duplicated tests.
Electrochemical reactions in steel consist of oxidation and reduction.
The oxidation occurs at the anode: M M2+ + 2e- ; the reduction at the cathode: 2H+ + 2e- H2.

Experimental data obtained from MGID-sin2y method can easily be treated if the measured interplanar spacings are converted to equivalent lattice parameters, i.e., {hkl} = {hkl}.
Sample Reduction in the first rolling (%) Time of annealing at 250°C (min) Final reduction after first and second rolling (%) A not treated initial sample B - - 92 C 61 120 92 D 61 60 92 The X-ray measurements were done in two directions (f = 00 and f = 900, see Fig. 1b) and for two incidence angles (α = 50 and α = 150, Fig. 1a) in the case of MGID-sin2y method.
Exemplary {hkl} vs. sin2y plots presented in Figs. 4 and 5, show a very good adjustment of the theoretical data to the experimental one.
Using the same data treatment as for Al powder, we have determined two components of the stress tensor, i.e., σ11 (in RD- rolling direction) and σ22 (in TD-transverse direction) for two depths (5.18 μm and 14 μm) in the case of MGID-sin2y method and for the approximate depth of 18-34 μm when the standard sin2y method was applied.