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Key Technologies in Project-driven Hierarchical Information System of Production Management (HISPM) B.
Ma 1,a 1 School of Mechatronic, Harbin Institute of Technology, Harbin 150001, China a liubo418@126.com Keywords: Project management, System of production management, Concurrent engineering, Agile manufacturing Abstract.
In the light of project management, concurrent engineering and agile manufacturing, in relation to the characteristics of the concurrence of developing and batch manufacturing, this text studies the hierarchical information technology of the production management system based on project driving.
Introduction Developing process of astronautical model products is a complicated system engineering, accomplished by teamwork of relative enterprises such as research institute, production factory, experiment centre.
In the conception and method of working flow based on the business process re-engineering (BPR), we analyze and customize the production plan and dispatching process, build them as working flow, track and control them to improve the customization and trackability of information system.

Solving the problem of water is based on water Engineering,but talents is the key to the efficient operation.
The highest of urban flood risk are Tianjin, Wuhan and Guangzhou[5].Fourth, water supply and drainage engineering is the main application fields of new materials such as pipeline and membrane material.
New materials, new equipment, automatic control technology and information technology have been widely applied to water supply and drainage engineering, greatly promoting water supply and drainage technology innovation and changes in talents cultivating mode.
The CDIO engineering education model is gradually extended,there are two batch amounting to 38 universities in China, focusing on mainly mechanical engineering and electrical engineering.CDIO emphasizes on cultivating engineering capabilities, lack of paying attention to students' career development.
Figure 4 shows that water supply and drainage science and engineering curriculum system includes four aspects such as engineering foundation and introduction, engineering conceive and design, engineering implement, engineering operate.

Development Strategy of Insulation Macromolecular Composite Materials Yongpeng Yu Eastern liaoning university, dandong 118000, China yuri944010@sina.com Key words: High thermal conduction; Heat resistance; Nan modified; Environmental protection; Insulation materials Abstract.
Insulation material industry and chemical industry, light industry and construction industry departments close cooperation, production updates better basic materials, insulation materials industry use these basic materials development of high electrical performance, high temperature resistance of new insulation materials, insulation materials and technology development to promote.
In the future, science research and developing key is developed 600,000 kw thermal power unit, 70 million kw hydro turbine and transformation equipment 500kV and below with key insulating materials.
Key is to develop a new generation of F, H, C grade insulated materials, super heat insulation materials, a new generation of electronic insulation materials, insulation material with low-temperature superconducting electrician, ultra-high voltage power transmission and transformation equipment insulation materials, high performance engineering plastics and new functional membrane materials and manufacturing these materials related technology and equipment.
The research to develop the large hz motor powder mica insulation key materials.

The key factors which limited its further application are the oxidation of carbon materials and high temperature fatigue performance. 3.
Chinese Journal of Nuclear Science and Engineering. 28 (2008), p. 129-133
Nuclear Power Engineering. 28(2007), p. 40-43
Kimura: Fusion materials and fusion engineering R&D in Japan, J.
Nuclear Engineering Design, 37 (2005), p. 423.

With the further development of modern engineering material technology, polymer materials, together with information technology and biotechnology, promote the progress and development of society.
However, most of these polymer materials are brittle materials, which often have defects in the preparation process.
Digital Image Correlation Method and Basic Concept of Fracture Behavior of Modified Polymer Materials Basic Principle and Key Technology of Digital Image Correlation Method. ①The principle of 3D digital image correlation method.
Engineering Fracture Mechanics. 2019,5(212):210-220
Materials & Design.2020,11(196):109187

The data acquisition, process and reconstruction for a reverse engineering study Dong-man Yua, Bao-zhong Qub, Zhi-hua Gaoc and Di Wangd Engineering Research Center for Flexible Manufacture, Henan Polytechnic Institute, Nanyang 473009, China ayudongman@126.com, bqubz_1969@126.com, czhhgao@163.com, dsilentfarewell@gmail.com Key words: Data acquisition, Data process, Reverse engineering Abstract.
Reverse engineering in CAD model reconstruction of customized artificial joint, Medical Engineering & Physics. 27 (2005) 189–193 [2] Yu Zhang.
Research into the engineering application of reverse engineering technology, Journal of Materials Processing Technology. 139 (2003) 472–475 [3] Jin Tao, Kuang Jiyong.
Application of reverse engineering technology in constructing prototype surface, Applied Mechanics and Materials. 34-35(2010)1154-1158 [5] Lai Xinmin, Lin Zhongqin, Huang Tian.
Computer & Industrial Engineering. 40 (2001) 215-227

Study on Project Contract Management Practice in Manufacturing Engineering Xuwei Li, Mingming Dong Department Of Construction Engineering Management, Henan University of Urban Construction, He’nan, 467036, China dmm0518@yahoo.com.cn Keywords: Manufacturing Engineering; Contract Management; Management System informatization; Management and Administration Abstract.
How can we manage projects well is the most practical problems in engineering practice.
Innovation Contract Management in Manufacturing Engineering Usually much attention is paid to the performance of contract in the whole process of changing circumstances.
Contract review is organized by the contract management department, and should be sent to Engineering, Technology, Materials Department, Finance Ministry and other relevant departments to review and propose amendments to the contract; the amendments are finally determined by the highest officer of instructions.
Engineering Construction and Architectural Management, 7(l),76-92 [4] Sai-On Chung.

A study of the effect of modified materials on the performance of thermal insulation mortar with cinders and phase change materials Liguang XIAO1,a, Shuo FENG 1,b, Gang LIU1,c, Shting ZHANG 1,d 1School of Materials Science and Engineering, Jilin Institute of Architecture and Civil Engineering, Changchun,130118,China axlg627@163.com, b874919997@qq.com, c841299833@qq.com , dting0923@yahoo.cn Key words: Phase change materials; cinder; energy savings and thermal insulation; mortar Abstract: The thermal insulation mortar with cinders and phase change materials which is made from expanded perlites adsorbing composite phase change material, cinders and vitrified small ball as lightweight aggregate has the characteristics of both energy storage and thermal insulation.
The energy storage density of phase change materials is 5～14 times as much as sensible heat storage materials with the same volume[4].
Experiment Procedure Raw materials and properties. (1) P.O 42.5 ordinary Portland cement (2) fly ash, most of which are spherical vitreous bodies.
Adsorption of phase change materials.
References [1] Liguang Xiao: Journal of wuhan University of Technology-Mater.Sci.Ed.Vol.26(2011), p.491 [2] Liguang Xiao: Journal of Jilin Institute of Architecture and Civil Engineering Vol.29(2012), p.35 [3] Conrad Voelker, Oliver Kornadt: Energy and BuildingsVol.40(2008), p.937 [4] Sharma A,Tyagi V V,Chen C R: Renewable Sustainable Energy Rev.

Ecological Engineering. 53 (2013) 39-45
Ecological Engineering. 54 (2013) 57- 65
Ecological Engineering. 41 (2012) 65-69
Environmental Engineering. 32(10) (2014) 38-40,132
Chemical Engineering Journal. 308 (2017) 692-699

A Study on Tribological Behavior of Engineering Ceramics – Representative Metals WANG Pengxiaoa , TIAN Xinlib, ZHANG Baoguoc, WANG Longd Science and Technology on Remanufacturing Laboratory, Academy of Armored Forces Engineering, Beijing, China, 100072 awangpx2008@126.com, tianxli719251@sohu.comb, czhang_baoguo@126.com, dwanglong201@126.com Keywords: Engineering ceramic; optimal friction pair; oil-less lubrication; friction and wear.
In order to obtain the optimal engineering ceramics- metals pair with the best tribological performance, the tribological orthogonal tests for engineering ceramics such as Si3N4, SiC, ZrO2 and representative metals such as 45steel, CCr15 bearing steel, tin bronze QSn4-3 and tin-based babbit ZChSnSb8-4 with oil-less lubrication were carried out by using UMT-3 wear machine and SEM.
Introduction Owing to the excellent properties such as low density, high hardness, superior chemistry stability and great temperature strength, Si3N4, SiC, ZrO2 and other engineering ceramic materials are increasingly being used for critical components in friction pairs [1, 2].
There were four factors in the orthogonal experiment such as: the material of the above ceramic sample (refer with Material #1), the material of the below metal sample (refer with Material #2), load, and relative velocity [7].
References [1] X.L.Tian, B.G.Zhang, and J.F.Yang: Key Engineering Materials Vol. 443 (2010), p.439 [2] X.L.Tian, J.F.Yang and C.Liu: Materials Science Forum Vol. 626 (2009), p. 565