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Stress analysis of isotropic material flywheel battery rotor Shuangqing Tang1, a*, Xing Xia1,b 1School of Mechanical & Material Engineering of China Three Gorgers University, YiChang, China a18671797707@126.com, bemail Keywords: isotropic; composite materials; stress analysis; flywheel battery Abstract.
The strength of metal materials is far less than the new composite material, such as carbon fiber.
However, the price of the metal material and manufacturing cost are much lower than composite materials, which makes isotropic material much more practical for flywheel rotor.
The key factor of rotor material is the ratio of σ/ρ.
Journal of Composite Materials.1977，11: 395-404

AFS was used here to study its utility for soft-tissue engineering.
Introduction A variety of three-dimensional scaffolds for cell culture have been used in tissue-engineering applications.
Heart tissue engineering is one of the most attractive targets for cell-based regenerative medicine using induced pluripotent cells and/or embryonic stem cells.
Materials-based engineering strategies for cardiac regeneration have also been used to improve cell survivability in a multi-layered artificial tissue [7].
Materials and Methods Materials: The green compacts of HAp-fibers mixed with carbon beads were fired at 1300°C for 5 hours as described previously [1].

Survey of Materials Testing Using Ultrasonic Fei ZHONG 1,a, Wei ZHANG 1, Biaoqiang JIAO2, Yuexian ZHONG 1 1Department of Mechanical Engineering, Tsinghua University, Key Laboratory for Advanced Materials Processing Technology, Ministry of Education, Beijing,100084,China 2Locomotive & Car Research Institute of China Academy of Railway Sciences, Beijing, 100081,China azhongfei@emails.bjut.edu.cn Keywords: ultrasonic; materials testing; survey; laser ultrasound; Hilbert-Huang transform.
In this paper, ultrasonic materials testing researches are reviewed.
Materials modern analysis and testing methods.
In this paper, ultrasonic materials testing researches are reviewed.
Materials Science and Engineering A 458,P391(2007) ](2006) used laser-ultrasound to monitor ferrite recovery in ultra low carbon steel.

Research on Plastic wood composite materials production technology Huang fang Eastern Liaoning University, Chemical Engineering and Materials Science, Liaoning Dandong 118000 3x.931@163.com Key words: composite material; production technology; study Abstract.Wood flour is inexpensive, and can be used as a reinforcing agent to improve the mechanical properties of high density polyethylene, reduce cost.
Wood composite materials production process design Raw materials processing technology Production of wood composite materials the materials used90% make waste recycling material, is put into production before the use of cleaning, crushing and drying process.
Plastic wood composite materials production process Production process flow chart Plastic wood composite material can be processed into a particular shape specifications material.
Production of several key issues In order to ensure that the wood composite materials products manufacturing, products have to meet the lower production cost and higher performance; ensure that the material in the production process has good fluidity; ensure that PE and wood powder full bonding, reaching the composite properties, care must be taken to solve several problems.
Composite Materials: Engineering and Science.

Game Analysis of Third-Party Certification System for Rural Building Materials Jun Liu1, a, Chen Chen2, b, Tianbo Hou1, c 1College of Materials Science and Engineering, Shenyang Jianzhu University, Shenyang 110168，China 2 School of Management, Shenyang Jianzhu University, Shenyang 110168，China aliujunadda@163.com, bchenchenadda@163.com, choutianboadd@163.com Keywords: Rural building materials; Third-party; Certification; Game Abstract: The third-party certification industry in China has been gradually stepping on the right track.
During the construction of soft environment for rural building material market, developing a third-party certification system has become two key issues to solve the profit pressure in the development of certification for rural building materials and the consumption attitude of consumer on certified products.
Building materials is the material base of construction engineering, and its properties can directly affect the performances of the buildings[2].
Shenyang: Materials Science and Engineering, Shenyang Jianzhu University,2011:1～3
[3] J.Liu, Comprehensive evaluation of energy-saving materials form based on TOPSIS [J].

Evaluation and Measured Analysis by FTIR of Fiber Insulation Materials Used In Inflatable Mini Cold Storage Jiuchun Han1,a, Xihong Li2,b, YanWu1,c 1College of Material Science and Chemical Engineering, 2Key Laboratory of Food Nutrition and Safety Ministry of Education, Tianjin University of Science and Technology, Tianjin, 300457, P.R.
China ayyhjc20@163.com, blixihong606@163.com, cwuyan_tust@163.com Keywords: Inflatable mini cold storage; Fiber insulation materials; Thermal insulation; Spectral analysis; Transmittance of IR Abstract: Thermal insulation performance is a key factor in evaluation of thermal insulation materials.
As thermal insulation materials, the main function of fiber materials is heat insulation.
Composites Part B: Engineering 42.4 (2011): 856-873
Procedia engineering 21 (2011): 1124-1131

China adouxiangsheng@tsinghua.org.cn, b470163352@qq.com, c742157517@qq.com, d562364572@qq.com Keywords: Green Infrastructure, Green urban planning, Green engineering-form infrastructure, Urban green space network Abstract.
By its very nature, green infrastructure includes the engineering-form infrastructure with micro-energy, high efficiency and low pollution and the urban green space network.
By their very nature, green infrastructure includes the micro energy, high efficiency and low pollution engineering-form infrastructure and the city green space network.
Compared with green engineering-form infrastructure, city green space network may be implemented more easily.
He: Applied Mechanics and Materials Vol. 522-524(2014), p.1622-1626

Study on Material Properties with VLISP Based CAD Parameterization Applicable for Casting Sprue Chao Zhang, Xiang Yu *, JingJing Di, YiYong Yang, Jing Lv School of Engineering and Technology, China University of Geosciences (Beijing), Beijing 100083 China *email:yuxiang690625@yahoo.com.cn Keyword: Sprue design for different materials; Secondary development; Dialog and its driver Abstract.
(ii) develop sprue design efficiency among different materials by leaving many similar structures of different materials to a computer program.
The casting sprues of different materials have the features of similar structure, variable size and strict tolerance, and material property is a key factor for casting sprue design.
Design of side gate for different materials Side gate is the most commonly used sprue of different materials and has the features of simple cross section, convenient machining and flexible position.
Parameterization for casting side gate of different materials Dimension parameters.

In civil engineering, hydraulic engineering, because the actual structure size is usually larger, subject to conditions and difficult to test full-scale model test engineering structures, usually only be reduced scale simulation.
How applicability scale model test results, are key issues of concern to researchers.
Sashidhar: Materials & Design, Vol.43 (2013), p.185-194 [2] N.
Lee: Construction and Building Materials, Vol.47 (2013), p.1201-1209 [3] L.
Beygi: Materials & Design, Vol.59 (2014), p.199-210 [7] J.

Key Technology Research for Wood Powder Disintegrator Used in Fuel Based on ADAMS Environment Lanyu Yang Ying Li Department of Mechanical Engineering, Changshu Institute of Technology,No.99,South 3th Road,Changshu, 215500,China Yanglanyu@163.com Keywords: wood powder used in fuel; ADAMS; disintegrator; simulation Abstract.
Thus, qualified materials will be collected by outlet holes while unqualified materials will be grinded until meeting with qualified requirements.
Research on Superfine Wood Powder Disintegrator with Multi-granularity Used in Power Generation[C] .Key Engineering Materials,2009.09：505-507 [3]Lanyu Yang.
Advanced Materials Research,2010.08:258-261
Advanced Engineering Materials,2009.11:405-408.