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The purpose of this study is to obtain basic data on the properties of the development of lightweight foamed concrete containing a novel and high-efficiency foaming agent for various applications.
The compressive strength decreases exponentially with a reduction in density of foamed concrete due to an increase in void diameter in low density.
A decrease of concrete dry density by 200kg/m3 results in a reduction of thermal conductivity by 0.04W/m·K of lightweight foamed concrete.
When the density increases, the volume of entrained air pore decreased to cause a reduction in the volume of capillary pores and thus showed a decreasing trend of water absorption.

The third suggestion of cross checking the data by the immediate supervisor is also being implemented.
Control In the control phase, the following year’s data is collected.
All data indicates 100% compliance to ASME standards.
As a comparison the data before the improvement initiative is compared to after improvement initiative.
The corresponding data is tabulated in the Figure 2 as below.

And the data will be realized multi-hop transmission.
According to the key’s information, the terminal device send data through invoking function from ZigBee protocol stack.
An AF_INCOMING_MSG_CMD OSAL handles the data received in coordinator device.
The coordinator node handles the data packet through the AF_INCOMING_MSG_CMD OSAL.
If the timer starts, the pin’s edge signal(rising edge, falling edge) will trigger the counter to count and store the data in register accordingly.

Utilization of Geosynthetic Material Interfaces for Reduction of Cyclic Motion Induced Accelerations Volkan Kalpakci1, a 1Department of Civil Engineering, Hasan Kalyoncu University, Şahinbey / Gaziantep / Turkey avolkan.kalpakci@hku.edu.tr Keywords: Geosynthetic, geotextile, geomembrane, cyclic, isolation, interface Abstract.
The accelerations of the base and the models were measured by strain-gauge based accelerometers and the data were captured by a 250Hz dynamic data logger.

In addition to cutting force reduction, it also experiences a heavy feed force vibrations.
From Fig. 2, the percentage of force reduction is high at 50 m/min (49.73%) when compared to 75 m/min (23.69%).
At cutting speed above 75 m/min, the cutting force reduction is found to be small and about of 11%.
Based on the results in Fig 4, the percentage reduction of force values are found high at 1750 W of power.
Though the cutting force reduction values of Fx at 60° are found to be 2.2 %, we still go for the 60° angle.

Through the data with Matlab simulation effective, is that the wavelet analysis used in blast furnace fan axis of the fault diagnosis of feasibility.
(3) Using this method you can implement on-line fault diagnosis for blower, effective prediction and detection of faults occurring parts, improving the accuracy of wind turbine testing, forced outage rate reduction, reduced maintenance time, provide economic benefits.
Application of wavelet analysis in signal noise reduction.

Many studies have suggested that the supporting mode of the ball mill transformed from edge-transmission to centre drive, the distance between two bearings has greatly shortened, the rotator stress has been reduced quite a lot [2].However, with the increasing of the diameter, the ball mill works on heavier alternation load and bad atmosphere, the stress of the rotator should be further reduced [3].On the basis of the stress reduction, the thickness calculation should be considered.
Results There are great strength margin in the ball mill rotator according to the experience data.
Take M1max=8020 KN·m, M2max=6568 KN·m, T=1320 KN·m, W1=0.439 m3, where with the formula (2),the rotator thickness is reduced from 30mm to 16mm.Based on the data made above, we may safely come to the conclusion, the ball mill rotator thickness can be greatly reduced.
[5] Shen xinpu, Du xianhe, Numerical Analysis on Stress and Deformation of Ball Mill and Thickness Reduction of Cylinder Shell[J].Journal of Shenyang Ligong University,2010,29(1):1-5.

(1) Setting and display unit operation · Appearance of 9-inch CRT setting and display unit · Functions of display areas · Screen transition diagram · Screen selection procedure · Data setting method · Window screen · Window operation keys · Displaying or clearing the window screen · Key input to the screen · Command key (2) Position display monitor · Position · Coordi · Command · Search · Research · Common variables · Local variables · Machining time calculation (3) Tool offset · Tool offset data setting · Tool registration · Tool life · Work (4) Parameters (user) · PLC-SW · Control parameter · Axis parameter · Setup parameter · Process parameter (5) Edit/MDI · Function outline · Menu function · Program edit operation · MDI screen extension operation · Edit screen extension operation · Graphic address menu · Voice output function (6) Diagnosis · Alarm messeage · Servo monitor · PLC interface diagnosis · NC specification · NC monitor
The reduction ratio of worm and gear is 90.
The total reduction ratio is 180.

If it is less than 200, the data in this sampling period is neglected and next sampling cycle starts.
The data is sent to be handled when the value of the ADTIMES is 200.
(3) (4) is the sample data.
Confidence is a parameter used to indicate the reliability of measured data.
If exceeds, sample data will be removed as a bad sample.

For analaysis in GRA, datas available should be pre-processed into some quantitative datas for the subsequent process of normalizing.
In preprocessing of raw data for comparison, the original data sequence is converted into a decimal sequance that lies between zero to one.
Zero implies no data information and one implies data with full information.
If the data should be of the condition “Higher-the-better”, then original data sequence should be normalized as, (1) where xoi (k) is original raw data sequence, x∗i (k) is data sequence after data preprocessing, max xoi (k) is maximum value of original sequence, and min xoi (k) is the minimum value of original sequence.
When the output response should be “Smaller-the-better” condition, then the data sequence is normalied as: (2) Principal Component Analysis.