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Introduction Network fracturing is the technology which crushes rocks in order to form complex fracture networks using low viscosity fluid with high pump rate, large fluid volume and diverting technology or material [1,2].
Acknowledgements This work was financially supported by Science Foundation of China University of Petroleum, Beijing (No.KYJJ2012-02-17).
Kochina: Journal of Applied Mathematics and Mechanies Vol. 24 (1960), p. 852 [13] J.E.

Material and Method 1.1 Water sample and analyze Method The concentration of the acid red 3R solution is 200mg/L.
Environmental Science and Management, 2010,35(7):70-74
Chinese Journal of Environmental Engineering, 2010,4(11):2494-2497

The main task of the current study is to present the formulation of a free vibration analysis method considering all deformations of step tubular structures of tall buildings supported on elastic foundation soil, as long as the many tall building systems might be simplified as tubular structures[6,7,8] of continuous distributions of material property, and for the purpose of the application of ordinary differential equations (ODE) solver to the dynamic analysis of tall buildings structures.
Acknowledgements This work was financially supported by the Natural Science Foundation of China (51178164).
[3] Wen-Hae Lee: Free Vibration Analysis for Tube-In-Tube Tall Buildings, Journal of Sound and Vibration 303 (2007) 287–304

In actual systems, however, clearances, friction, material non-uniformities and manufacturing and assembly errors have significant effects on the system.
Shabana: Journal of Multibody System Dynamics H, Vol. 2 (1997), pp.189-222
Xu .ect: Mechanical Science and Technology, Vol. 21(3) (2002), pp. 387-389

Fig.4 Example of Java classes definition Fig.6 Human interface for interactive process planning express_entity manufacturing_feature its_id: public String its_material: public workpiece its_operations: public machining_operation[] two5D_manufacturing_feature feature_placement: public axis2_placement_3d depth: public elementary_surface machining_feature pocket its_boss: public boss[] slope: Double bottom_condition: public pocket_bottom_condition planar_radius: public toleranced_length_measure orthogonal_radius: public toleranced_length_measure closed_pocket feature_boundary: public closed_profile Class inheritance Attributes: data type Base class with attributes inherited directly from Object.
Acknowledgements The research is supported by the National Natural Science Foundation of China (grant No. 50675123).
CRUMP and et al: Journal of Ship Production, Vol.21 (2005) No.3, pp.170-176

Introduction Foreign related survey statistics displayed, engineering design persons everyday spent about 30% of the working time in check drawings and related material.
Fan, and el al, “Analysis and design of digital drawing management information system based on UML”, Mechanical Science and Technology for Aerospace Engineering,, Vol. 28 (3), pp. 404–411, March 2009 [2] F.
Cao, “MIS of electronical drawings based on B/S”, Journal of Suzhou Institute of Silk Textile Technology, vol. 24 (1), pp. 34–37, February 2004 [6] S.

Several approaches have been adapted to improve the stiffness and stability of flatbed air bearing, such as: add compensator or stabilizer such as damping cavity on air bearing [1, 2]; Change the surface profile of air bearing with grooved bearing [3], arc surface [4], conical shape [5, 6], or more complicated tri-conical gap-shaped holes [7]; and Change the bearing surface structure or use membrane type bearing [5, 8], or adapt porous material bearing [9, 10].
air inlet Journal bearing air inlet air bearing Pressure sensor Linear stage Load Fig. 7.
Motion X Y Acknowledgments The work reported forms part of a research program funded by the National Science Council of the Republic of China on the study of the Micro-CMM system.

FEM mode of CAD software Executable file Output to solver Form analysis file of CAE software Input to CAE and software automatic analysis and postprocess Fig.1 The process of creating CAE analysis file of parts After entry into FEM module of in the CAD software, we can make a finite element preprocess of the 3D model directly, it includes: designate the material’s physical property, set model constraints, apply the load in the model, meshing and output discrete model.
Theory and Practice of Geometric Modeling.Springer-Verlag.1989:509-523 [2] Sheffer A: Computer-Aided Design, 2001, 33(13):925-34 [3] ShaoXiaodong, LiShen, LiHuanling, and so on: CIMS, 2007,13(10):1914-1920 (in Chinese) [4] William C.Regli and Michela Spagnuolo: Computer-Aided Design, 2006,38(6):937-938 [5] Joshi N and Dutta D: Journal of Computing and Information Science in Engineering, 2003, 3:177-186 [6] Sheen D-P, Son T-g, Ryn C, and so on: Dimension Reduction of Solid Models by Mid-Surface Generation.KCJC,2007:1-11

Geometric and material parameters for the specimens No. height×width×thickness （mm×mm×mm） thickness of steel plate (mm) axial compression ratio detailing between steel plate and concrete boundary element SPRCW-1 2000×1000×125 4 0.5 none steel channel［6.3 SPRCW-2 2000×1000×125 6 0.4 none steel channel［6.3 SPRCW-3 2000×1000×125 4 0.3 Tranverse steel bar ф6@300 steel channel［6.3 SPRCW-4 2000×1000×125 4 0.3 Studs ф6length25mm, steel channel［6.3 SPRCW-5 2000×1000×125 4 0.3 Studs ф6length25mm, Tranverse steel bar ф6@300 steel channel［6.3 RCW-1 2000×1000×125 none 0.5 Comparative specimen without steel plate: stirrups ф6@150, longitudinal bars ф6@150, lateral ties in stagger form ф6@300 Test Setup and Procedures All of the 6 specimens were tested under constant axial compressive loads and cyclic horizontal forces.
Acknowledgement Funding for this research was sponsored by the National Natural Science Foundation of China for Innovative Research Group (Grant No.50621062).
Journal of Constructional Steel Research, Vol.58:703 -723, 2002

total energy A33 positive Low carbon technology A4 0.15 1.01 Renewable energy and new energy using ratio A41 positive City life garbage harmless treatment rate A42 positive City sewage treatment rate A43 positive Comprehensive treatment of industrial solid waste rate A44 positive CO2Capture and storage ratio A45 positive Low carbon industry A5 0.12 1.10 Low carbon production technology of traditional industrial usage A51 positive High tech industry the proportion of GDP A52 positive Modern service industry the proportion of GDP A53 positive A total of low carbon products export and foreign service ratio A54 positive Low carbon eco agricultureA6 0.09 0.97 Biological resources circulation utilization A61 positive The land vegetation coverage rate A62 positive percentage of land-covered forests A63 positive Low carbon pesticide, fertilizer use efficiency A64 positive Low carbon buildings A7 0.09 4.29 With the carbon intensity of construction A71 negative Environmental protection building material
Acknowledgements This work was financially supported by the Northeast Petroleum University Youth Fund Project “Research on current situation and Countermeasures of low carbon transformation of resource type city in Heilongjiang Province（2012QN211）” and the Project of Daqing municipal philosophy and social science planning “Daqing city cultural image, development model and development strategy research”.
References [1] Yingkui Zhao, Speed up the exploration on low-carbon city construction in China, Theory Journal, JiNan.2012 (1):54-58