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Data can also be used by future professionals responsible for the management and maintenance of the future building.
Advantages of BIM: The main advantage of BIM is accurate geometric representations of parts of buildings in an integrated data environment.
· Controllable life cycle costs and environmental data – The environment is more predictable and the life cycle costs are more understandable
Some software solutions allow for remote data access using cloud computing and enable thus to handle flexibly information and data from any remote computer or device that supports this service.
[6] FREEMAN S., Data rich modeling tools may translate into dynamic new facility management capabilities.

The reduction and the omission of phosphate in both media did not significantly influence the culture parameters including the yield of biomass.
Reduction in the metal concentration was observed in the rotary shake flasks after 15 days of incubation.
The acidic conditions in stationary cultures were constantly maintained even up to 60 days of incubation with a gradual reduction in media pH.
A gradual reduction in the concentration of Ce and Th was observed in the leach liquor of rotary cultures after 15 days of bioleaching and was attributed to biosorption of metals by mycelium [11, 12].
Bioleaching of monazite may be due to organic acid production, siderophore production (data not shown) or other metabolic products.

There was no other peak in the diffraction data that had been observed.
This process leads to a change in the intensity of specific peaks in the X-ray diffraction test data.
The hematite phase cannot be detected from the diffraction data of the test results because hematitis is likely to have an amorphous form [20].
Based on the data, a significant reduction in crystallite size is observed from the initial ilmenite mineral sample and ILMW10 until ILMW70, namely 410 to 123 until 28 nm.
Therefore, relevant comparative data cannot be obtained.

This paper demonstrates atmospheric correction of Landsat ETM+ data using 6S code.
The atmospheric correction removed the atmosphere effect, so the inherent relevant increased. 6S code was an effective tool for atmospheric correction of remote senisng data.
In this paper, Landsat ETM+ remote sensing data was atmospheric corrected using 6S code.
Comparing with spectral curves and statistic data of bands, it can be concluded that 6S code is an effective method to remove atmospheric effect for remote sensing data.
Materials and methods Landsat ETM+ remote sensing data used in this paper was acquired in November 7, 2002 (122/44).

Data in Table 4 shows that the oil recovery produced by a mass ratio of 1:1:2 of the compound aerosol, oil-soluble, and water-soluble catalyst is not obviously different from that produced by the mass ratio of 1:1:1 of the compound, but if the amount of water-soluble catalyst increases, the oil recovery significantly reduces, so the mass ratio of the three catalysts is determined 1:1:2.
Group composition analysis Oil sample recovered by physical model processed with the compound catalyst is separated by a 4 component separation by a liquid-solid adsorption chromatography, and the data of heavy oil group composition (SARAs) is shown in Table 5.
The data in the table shows that the liquid and gas production in the test cycle is significantly more than before, which means that the laboratory experiments coincide with the field tests, which are successful.
Aquathermolysis of Heavy Oils and Its Viscosity Reduction Mechanism[J].
On the Downhole Technology of Heavy Oils Recovery and Viscosity Reduction [J] .

Koshimizu [6] found that a reduction in cutting forces was observed during UAT of Ti-6Al-4V.
These reductions in strain will ultimately benefits through reduction in cutting forces during UAT.
Microstructural analysis and Discussion In this section, quantitative data on chip morphology during UAT and CT is presented as shown in Fig 4.
This data was obtained from SEM and optical images of chips generated during machining using an image analyzer software.
A quantitative data on chip morphology during UAT and CT machining is tabulated as shown in Table 3.

With the development of iconography technology and surgical technology, the surgical treatment of sacral fracture are greater emphasis on surgical reduction and internal fixation.
The pelvis was first scanned using a CT scanner (Toshiba Aqulion16) and saved the data with DICOM formulation.Imported the CT data to Mimics V8.1 software and selected the bone structure of pelvis.
Then, prefabricateed the 3D model and export the data with STL formulation.
Based Table 2 and Table 3: for type Ⅰ sacral fractures , the maximun stress of rectangular plate with cannulated screw was much more close to normal pelvis, rectangular plate with solid screw got good reduction and fixation in the direction of X than the other four groups, convex plate with cannulated screw got good reduction and fixation in the direction of Y than the other four groups, convex plate with solid screw got good reduction and fixation in the direction of Z than the other four groups; for type Ⅱ sacral fractures , the maximun stress of expansile bolt was much more close to normal pelvis, expansile bolt got good reduction and fixation in the direction of X, Y, Z than the other four groups; for type Ⅲ sacral fractures, the maximun stress of convex plate with solid screw was much more close to normal pelvis, convex plate with solid screw got good reduction and fixation in the direction of X, Z than the other four groups, rectangular plate with cannulated screw got good reduction

In each heat treatment, there were four samples measured for each data point.
Table 8: Tensile data for as-received samples for vendor H & S.
Table 10: Tensile data for part III samples, Vendor H and S.
Vendor 1st and 2nd Tempering Temperatures (°C) and Time (hr) Ultimate Strength MPa (Ksi) % Reduction in Area H 593.3 (4 hr) + 593.3 (2 hr) 886.7 (128.7) 57.2 621.1 (4 hr) + 621.1 (2 hr) 893.4 (129.7) 57.5 S 593. (4 hr) + 593.3 (2 hr) 766.2 (111.2) 67.0 621.1 (4 hr) + 621.1 (2 hr) 779.0 (113.1) 69.5 Table 11: Tensile data for samples for part IV.
John Wiley and Sons, Incorporated, eighth edition, 2010., pp. 342-367 [2] "Metal Property Data: 4330 Steel." 4330 Alloy Steels Material Property Data Sheet - Product Availability and Request a Quote.

Tool wear details are given based on resulting cutter diameter and slot width reduction.
The rate of tool diameter reduction was significant in the first ~500mm machined but which then stabilised for the remainder of the trial.
Also visible is fracture behind the cutting edge corner leading to reduction of the tool diameter by 16.4% (up to 82μm) after 520mm cut length.
Based on this, the reduction in tool diameter (inferred from slot width data) was used as a means of assessing tool wear progression, as suggested in several publications [3, 11].
The data relates to forces after cutting 520mm slot length.

Data Measurement and Experimental Procedure Vibration data measurement was acquired from two method; offline casing vibration measurement via single axis multipurpose accelerometer CTC AC102-1A 100mV/g connected to a portable vibration analyzer, CSI 2130.
Digital signal data processing setting at maximum interest frequency Fmax 2500Hz and 3200 resolution line in order to observe 1X-6X of VPF range.
Simultaneously, online shaft relative vibration data was collected via orthogonal X-Y proximity probe which hardwired to vibration monitoring Bently Nevada BN3500 module before connected to a diagnostic platform software, System 1® as shown in Fig. 3.
Online dynamic vibration data was triggered at synchronous data sampling to keyphasor shaft speed data.
Operating process parameter, suction pressure, discharge pressure and pump flow was acquired from plant installed sensing elements and transmitters which connected to Plant Distributed Control Scheme (DCS) for realtime data display and linked to historian data storage in Pi Process Book Software.