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It is important to note the main benefits of additive manufacturing with 3D printing to the building construction sector, and these benefits are [3,4]: • Shorter building time [5]; • Mass customization and CO2 footprint reduction [6]; • Use of the right amount of material; • Generation of complex shape design at controlled costs; • Reduction of arduous human labour; • Increased creativity for architects; • Optimization of acoustic or thermal properties of the building [7].
In addition, in the last years the national and international economic reality has implied a high number of restrictions in the building sector, due to the financial situation and the reduction of the investment observed in the companies associated to the construction sector.
This will avoid complex formworks as well as a reduction in costs and manufacturing time.
The advantages of this technology are clear, namely, the high efficiency, and the reduction of waste and accidents.
[12] Eurostat, Production in construction - annual data.

Analytical modeling and numerical simulations on the scaling of biomicrofluidic droplets Peiyuan He1,*, Liguo Zhang2 1School of life science, Zhengzhou University, Zhengzhou 450001, P.R.China Email: hepeiyuan@live.com 2 Henan research institute of pharmaceutical science, Zhengzhou University, Zhengzhou 450052, P.R.China Keywords: Analytical simulation, data analysis, numerical modeling, intelligent control, scaling Abstract Biomicrofluidic silhouettes brought about scientific challenges merited to be investigated through explicit florescence observation, implicit physical-chemical analysis and intermediate conductive level manipulation.
This experimental observations can be logically explained: for the increase of Qc, the central viscous force became stronger, which took effects to give more time for the droplet formation, permitting to enlarge droplet size; however, the augmentation of Ql led to enforce the lateral shear stress on the central flow, allowing for the reduction of droplet sizes.

Rock dissolving instrument (ZHI-Y1) and concentration measurement instrument are adopted to conduct experiments and data observation.
Experimental data and results are in the table 1.
THE thermodynamic data of the products and the reactants is in the table 2 at standard conditions.
The thermodynamic data of the products and the reactants are under the table 3 at standard conditions.
reduction degree with the temperature rising is much greater than the increase degree caused by pressure rising.

The noise in the data could lead to the over-fitting or under-fitting problem.
The obtained model will have a poor level of performance when applied to a new data point.
Deng Julong [6], is a novel mathematical approach, particularly designed for handling situations in which only limited data are available.
The fields covered by grey theory include systems analysis, data processing, modeling, prediction, decision making and control.
Since the grey model can characterize such an unknown system and can make predictions based on a few data, it has been effectively applied in many fields such as agricultural, socioeconomic and environmental evaluations where limited samples are required. so, Grey system theory utilizes accumulated generating data instead of original data to build evolution model, which makes raw data stochastic weak, or reduces noise influence in a certain extent, therefore, intrinsic regularity of data can be searched easily, and model can be built with relatively little data [8].

The WSN node position distribution is very flexible, in the network node turning on and separates all by the agreement automatic reduction, cannot affect the network the overall structure.
The CC1100 built-in the hardware CRC verification function, supports the fixed data length and the invariable data length package transmission, supports the 2-FSK/GFSK/MSK modulation.
When single-chip need transmission data through wireless way, only transfer CC1100 READ and the WRITE function is ok; During the single-chip control timing circuit, produces timing interrupts, recording the ballast the total operating time.
The PC upper monitor through CC1100 wireless transmission module and hundreds of ultraviolet ray generator are composed the wireless sensor network, through wireless way transmission data.
Realizing the Data Share Between Database and Excel Through Borland C++ Builder 6[J].

Experimental Procedure A 13 x 6 x 10 mm sample of Ti-48at%Al was hot compressed to a 60% reduction in thickness at a temperature of 1373 K and a strain rate of 5.0 x 10 -4 s-1.
Fig. 3c shows the same map as Fig. 3b after data cleaning.
Figure 3: Indexing of 1344 x 1024 pixel γ-TiAl EBSPs (100 x 100 µm map, 1 µm step size): (a) using only the Hough transform method (raw data), (b) using the Hough transform method plus Advanced Fit (raw data), (c) using the Hough transform method plus Advanced Fit (cleaned data).
Figure 4: Indexing of 672 x 512 pixel γ-TiAl EBSPs (100 x 100 µm map, 2 µm step size): (a) using only the Hough transform method (raw data), (b) using the Hough transform method plus Advanced Fit (raw data), (c) using the Hough transform method plus Advanced Fit (cleaned data).
The quality of the data using 1344 x 1024 pixel EBSPs is extremely high and very little, if any, cleaning is required.

However, as the pressure of a gas is increased, the increased number of collisions between molecules causes a reduction in the average lifetime of the upper state.
The results from both the N2 data and Ar data are 0.99887and 0.98749 respectively.

An HP 4145B semiconductor parameter analyzer was used to capture low current forward-bias data, using a 2-probe configuration.
For the JBS rectifiers with the lowest leakage current, the reverse leakage current above 9 kV shows a slight reduction trend as the temperature increases, as shown in Fig.2.
Given the JBS structure, it is not surprising that the reverse-bias stability is comparable to the stability of 10kV PiN diodes (for which we have thousands of device-hours of test data).

（3） By (3) knowable, more freedom system frequency response equals more freedom system frequency response, as long as the linear superposition measurement frequency response matrix line or a column can work out all the modal parameters. 3Experimental modality analysis of full ceramic motorized spindle 3.1 Test object The object of this trial for laboratory 170SD30 whole ceramic motorized spindle, rated working frequency for 1000Hz, rated speed for 30000r/min, for 15Kw power rating. 3.2 Test principle Hammer with elastic support forcibly whole ceramic motorized spindle, hammer with the sensors in the electric spindle acceleration sensor also recorded five incentive charge signal and response voltage signal and charge by point and amplifier signal is transformed into voltage signals, all voltage signal INV3018C signal acquisition instrument by introduced into to the computer data acquisition analysis software, in DASP-V10 according to the measuring
Data collection with frequency response function when directly after completion, collection, analyzed directly by frequency response function, observation of the effect of frequency response function, if the effect is not ideal, so they can again to sample the reduction of as much as possible because the error due to collect information. 3.3Results In order not to lose some modes, will all frequency response function (FRF) average, get a average the curve after, as shown in figure 1 shows, thus to determine the modal order number, from figure 1 is evident in there exist three order natural frequency.

As a reference, three sets of data crank length were taken in the text to simulate, and the simulation results were analyzed.
From the above simulation results of these three groups of crank, we can know the blade shearing stage trajectory into a trend of gradual convergence with the reduction of the crank length.
In these three sets of data, when the crank length is 135 (82.5) mm, the overlap of the blade is best, the shear quality is the best one.