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Key Engineering Materials Vol. 16

Key Engineering Materials Vol. 3

Application of Value Engineering to the Ductility Design of RC Frame Columns with High Compression Ratio Guo Junqing 1, a, Fu Zhoucan 2,b 1School of Civil Engineering, Chang’an University, Xi’an, Shanxi, 710064, China 2Xiamen Torch Group Corporation Ltd., Xiamen, Fujian, 365001, China aguojunq101@sohu.com, bfuzhoucan20@163.com Key words: Value Engineering, High Compression Ratio, Concrete Frame Column, Ductility, Longitudinal Reinforcement, Tie.
The principles of value engineering were adopted to analyze the major factors affecting the ductility of reinforced concrete frame columns.
Their importance can be evaluated by using 04 grading method in value engineering.
It is known from [4] that the direct cost of a reinforced concrete frame columns consists of materials, labor and equipment, and the material cost is much higher than the sum of the latter two so that the cost analysis of a reinforced concrete frame column can be simplified as the analysis of its material cost.
(In Chinese) [3] Du Chunyan, Tang Qinqin and Geli, Engineering economics, Wuhan:Huangzhong University Press, 2007.

Micro-milling technology characterizing in high efficiency, high flexibility and ability of processing complex three-dimensional shapes and a large variety of materials, has now become a research focus in micro-mould manufacturing technology.
Because of this, reverse engineering (RE) for complex surface reconstruction has become the key technology.
PMMA is adopted as the workpiece material.
Furuta: Journal of Mechanical Engineering Laboratory, Vol. 50 (1996), p.117
Guo: Key Eng.

Research and Application of Intelligent Consultation and Diagnosis Platform with Intelligent Materials for Rice Pests and Diseases Hong Wei Yang 1, a, Li Ying Zhang 2,b and Fang Zhang 3,c 1,3College of information and electrical engineering, Shenyang agricultural university, china 2liaoning rice research institute, Liaoning academy of agricultural sciences, china ayhwsyau@163.com, bcytaa3@163.com, clsjzflbh@163.com Keywords: Intelligent Materials; Reasoning Machine; Intelligent Consultation; Diagnosis Abstract：Intelligent materials had been widely used in many fields such as medical, civil construction and aerospace fields, but in agricultural field, there were little applications reported.
In this paper, the basic concept, function and application of intelligent materials were introduced, some key problems such as knowledge base, reasoning machine were explained, at last, the application prospect of intelligent materials were analyzed. 1 Characteristic and application of intelligent materials Intelligent materials were new materials that emerged and developed rapidly in the world.
Then this will give these materials, structure the bionic function and make them “intelligent”, this type of materials were called intelligent material.
[4] Sema Jr D G,Pinto F A C，Queiroz D M,Viana P A．Fall Arm Worm Damaged Maize Plant Identification Using Digital Images, Biosystems Engineering, Vol.85(2003), p.449-454
[5] Wei Fengchun, Zhang Heng, Development and Application of Intelligent Materials, Materials Review,Vol.20(2006), P.375-378.

High power LED packaging materials and tooling Zhanfeng Zhao Wenzhou Key Laboratory of Material Processing and Die & Mould Technology, Department of Mechanical Engineering, Wenzhou Vocational & Technical College, Wenzhou, 325035, China zfronty@qq.com Keywords: Light emitting diodes, packaging materials, stamp tooling, cavity molding Abstracts: The high power light emitting diodes unit internal structure was elaborated from materials and tooling point of view, the unit matrix frame layout for mass production was presented for copper sheet stamping.
The packaging materials and tooling was analyzed from the materials processes and automatic stamping & transfer molding.
The key for photonics transduction rate improvement is the lens molding materials and the phosphor powder selection and optimization [3, 4].
As the polymer materials, epoxy resin and silicon resin thermal conductivity is poor intrinsically, high conductivity coefficient materials, such as SiC, AlN, Al2O3, and SiO2, were added into the matrix to form higher thermal conductivity coefficient composite materials.
Proc. of 2005 Conference on Lasers & Electro-Optics (CLEO), 2005, 337-339 [2] Zhanfeng Zhao, Juan Ye, Design Key Points for High Power LED Encapsulation, Advanced Materials Research Vol. 651 (2013), 706-709 [3] Tim Whitaker.

Key Engineering Materials Vol. 11

Design and Implementation of Construction Materials Quality Detection Management System based on Visual C++ and Database Zhigang Feng a, Fangyuan Dai b School of Automation, Shenyang Aerospace University , Liaoning Shenyang,110136 afzg1023@yeah.net, bdaichaoyuan8155@126.com Key words: Construction Materials Quality Detection; Database; Visual C + + 6.0; ADO.
In order to improve the efficiency of the traditional building materials information management, a construction materials quality detection management system is designed and developed.
This system has been successfully used in certain Building Materials Quality Supervision Station, which proved that the development process is suitable for Building Materials Supervision Station to quickly establish construction materials quality detection management system.
As the requirement of state construction engineering quality gradually improving year by year, national building materials cycle is also shorter (usually only 3 to 4 years).
Chinese Journal of automotive engineering, Vol.12(2010) , p. 315-319.

Application of Materials Design Based on Genetic Neural Network Yilai Zhang 1, Xuejian Li2, Lingke Zeng 1 and Chengkang Chang 3 1 College of Materials Science and Engineering of South China University of Technology, Guangzhou, China 2 Jingdezhen Ceramic Institute, Jiangxi, China 3 Fudan University, Shanghai, China Keywords: Materials design, NN, GNNA.
The key step is to establish the mathematical relationship of material performance with raw material kinds and so on.
In engineering application field, real-coded GA is doable [4].
The relative errors are controlled within 5%, and they may meet engineering needs.
Yue: Forest Engineering vol. 19 (2003), pp. 36

Multiaxial fatigue life prediction of the CII platform leg based on critical plane energy method Jianhui Lu1,a,Mengbing Wei2,band Kaiyuan Zheng3,c 1College of Engineering, Ocean University of China, Qingdao 2College of Engineering, Ocean University of China, Qingdao 3College of Engineering, Ocean University of China, Qingdao alujianhui@ouc.edu.cn,bweimengbing@163.com,c659614559@qq.com Key words: ocean engineering; critical plane theory; plastic strain energy; equivalent hot spot stress method Abstract.
The research, fatigue life prediction of the key component on CII platform under random waves and flow loadings, has theoretical significance and value of engineering application.
Miner's linear cumulative damage rule is still widely used in engineering.
Philadelphia, PA:American Society for Testing and Materials, 1933: 3~22
Philadelphia: American Society for Testing and Materials(ASTM),1985:553-568