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Figure1 Hydraulic torque converter fluid flow model 1. turbine fluid flow model 2 impeller fluid flow model 3 stator fluid flow model 2 ICEM Grid Treatment And Optimization Nowadays ICEM is the most professional CFD simulation grid pre-processing software with better model recovery capability and hexahedron grid treatment technology, comprehensive solver calculation compatibility, meanwhile it has suitable connection to most of the popular 3 D model construction software
Beijing：The stinghua university publish house,2004 [3] Ji Bingbing,Cheng Jinping .ANSYS ICEM CFD grid generation technology and example detail resolution[M].Beijing: The China hydropower and water electricity publish house,2012 [4] P.Moin,Progress in large eddy simulation of turbulence flow.

Relying on the experience of professional and technical personnel only solve a single input variables and output target problem.
The main points are the following measurement, for example, coal, wind secondary air flow, the primary air flow, the next time the wind flow, main steam flow, oxygen content, the main steam pressure, furnace temperature, water temperature, the main steam temperature, etc. .

Most of other backup pumps and hot water pumps are not running.
The paper represents the professional opinion of the author.

water–wall.Water-wall tubes wear is one of the most serious problems of CFB boiler.
If [H] can’t be taken away by cycling water and steam, it would cause water-wall tubes hydrogen corrosion.
As a result, on the water-wall weld position, the upper and lower water-wall were not on one line, when installation forcibly welded fins due to the water-wall inherent stress combined with wear caused divulge.
On 7 December, 2010, the water-wall between #1boiler furnace let out two flue ducts tube-bursts, as the installation fin for water wall were irregular flat irons, which will result in water-wall fins bulge.
Conclusions Failure of the boiler heat tube is a multidisciplinary, many professional compound and multi-disciplinary engineering problem.

Although there are standard methods such as AATCC195-2009 [9] and maturely applied instrument MMT [10], which can be employed to measure the fabric moisture management properties including water absorbency, water repellency and overall moisture management properties, the measurement system reported in this paper focuses on the characterizing method of liquid moisture transfer difference between two surfaces of textile fabrics, which is the most important parameter to reflect the dynamic liquid moisture transfer properties and comfort sensations of textile materials.
There is a fine water pipe fixed through the central sensor of the upper measuring head, which can supply a predefined amount of test solution (synthetic sweat) with the water storage box and control system during testing.
By testing the resistance changes between the measuring rings of sensors, which will reduce when the fabric is wet or contains a quantity of moisture, the changes of water and liquid moisture content on the fabric upper and lower surfaces (UU and UL) can be measured.
Fixing cap Spring Connecting rod Sensor head Cylindrical shell Lower measuring head Upper measuring head Fabric Moisture sensor Moisture sensor Spring ring Water pipe (a) Sensors arrangement in measuring heads (b) Sensor structure Fig. 2 Sketch of sensors in measuring heads During testing, a predefined amount of test solution is introduced onto the center of the upper side of the fabric through a fine water pipe from the water storage box.
The mean values of the liquid moisture transfer properties measurements Fabric WRU (mm) WRL (mm) WSU (mm/s) WSL (mm/s) DMT (%) 1 17 20 0.836 0.8016 -48.0332 2 12 12 0.5646 0.5737 -271.8608 3 15 20 0.4271 0.9143 359.5741 4 22 13 0.6197 0.6653 -273.1278 5 20 20 0.6695 0.6527 -78.754 6 10 0 0.8599 0 -436.4399 The professional statistical software SPSS was used to identify the significance of the differences of the evaluation indices of all the tested fabrics by a one-way ANOVA analysis.

In practice, these measures are more related to healthcare professionals and caregivers, and with safe actions of injury prevention, for instance: user risk evaluation, before and after the hospitalization; skin evaluation in places of higher injuries incidence and places near catheters, cannulae, and other medical devices; use of adequate pillows or support objects; hygiene and proper body hydration; care regarding nutritional intake; change posture every two hours, among other measures.
Water vapor permeability.
It is the quality of the material to allow, or not, the passage of water vapor through its structure.
Resistance to water penetration.
Vigneswaran, “Influence of porosity on water vapor permeability behavior of warp knitted polyester spacer fabrics,” J.

The polymer components in toner are generally highly hydrophobic and then cannot be dissolved in water [1-3].
The pulp slurry was prepared by mixing small pieces of paper in water at 0.5%, 1.0% and 1.5% pulp consistency in an emulsifier at 1000 rpm for 5 minutes.
McKinney, in: Technology of Paper Recycling, Blackie Academic & Professional, London (1995)

It is generally acknowledged that this urban infrastructure system, being “the development foundation of urban economy and social undertaking” [2], consists of power, water recourse, water supply and drainage, communication, post and telecommunication, environment and disaster prevention.
It is gratifying that some professional planners have lucubrated the theories on urban sculptures and made quite a few achievements.

What's worse, their technological resources are rather disperse and have no perfect facilities for providing professional technological services, research and development and training.
Some of the citizens of other places in Harbin have moved to high buildings equipped with water, electricity and gas, while the workers here are still living in the easily-built houses established in the early start of the 1950s; the street blocks of their residence sees shrinking commercial services and business circles with each passing day.
Percent % Industrial land Residential land Land for public utility Land for storage Intercity transportation land Roads and squares Land for urban facilities Water area and other lands Land for special purposes Land for urban construction 544.88 491.57 81.40 101.17 65.39 191.36 38.10 75.33 3.45 1609.37 33.86 30.54 5.06 6.29 4.06 11.89 2.37 4.68 1.25 Current Situation of Land Distribution.

Because of the construction will have an impact on the surrounding environment, such as noise, changes, changes in underground water level, discharge for the foundation of mud and water or use of chemical pesticides on groundwater pollution, so the choice of construction methods and treatment method must be fully taken into account.
Select this article is representative of 30 experts and personnel determine the weights of evaluation factors of soft soil Foundation treatment technology, was consulting both geo-technical personnel of scientific research, design, construction and management of personnel, their experience, familiar with professional knowledge and management of soft soil Foundation treatment, it has a full representation, evaluation results has higher credibility.