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Application of Information Technology in Engineering Thermodynamics Ji LI1, a, Xiuyan WANG2, b 1School of Energy, Power and Mechanical Engineering, North China Electric Power University, Beijing 102206, China 2School of Energy, Power and Mechanical Engineering, North China Electric Power University, Beijing 102206, China aemail: jli@ncepu.edu.cn, bemail: wxy@ncepu.edu.cn Keywords: Information Technology; Engineering Thermodynamics; Blending Teaching Abstract.
Digital resources for Engineering Thermodynamics include electronic teaching resources: course introduction, course specification, teaching plan, key and difficult problems, exercises in the class, exercised after class, references, PowerPoint presentation, exercise library, example library, lecture library, material library, academic paper library, further reading library, micro teaching voice library, micro teaching video library, etc.
For engineering courses, the key step of course design is to tease out knowledge points and rebuild the knowledge structure in the proper form of MOOCs.
Blending teaching exploration in Engineering Thermodynamics One new teaching mode based on information technology – blending teaching is carried out in the course of Engineering Thermodynamics.
Course construction and teaching reform for Engineering Thermodynamics.

The situation will lead to non-uniform spray interface and waste fiber materials in the construction process. 2) All kinds of raw materials are not fully mixed through the spray gun.
Social benefit analysis Inorganic fiber composite spray insulation, fireproof, sound-absorb is a new technology, compliance with national industrial policy "energy savings ", which is insulation engineering and fire proof engineering technology.
Conclusions The integration of new technology research on composite inorganic fiber acoustic insulation spray set in engineering practice, repeatedly demonstrated the difficulties and key construction process in the construction process.
Through a combination of theoretical analysis and engineering experience, integrate fireproof, sound-absorbing, insulation with energy-saving, firmness.
References [1]Donjon Tan, Ying Wang, Penki Wang, Japing Zhao Applications and problems of non-combustible exterior mineral insulation materials [J], New Building Materials, 2011 (11):35-37

The performance of inorganic materials is critical in structural design and engineering applications.
Testing techniques and evaluation methods are are therefore keys to ensuring the quality and reliability of inorganic materials and components.
The main theme of this special collection is materials properties and testing techniques, and covers most aspects of testing techniques as applied to the mechanical, chemical, physical properties and microstructures of ceramics, glass and concrete.
The work therefore offers an insight into cutting-edge developments in testing techniques in the area of inorganic materials.

Bionic Flapping Wing Flying Robot Flight Mechanism and the Key Technologies XuYang1, a , Xiaoyi Jin2, b, Xiaolei Zhou3, c College of Mechanical Engineering, Shanghai University of Engineering Science, Shanghai 201620, China aemail: xuyang588@21cn.com, bemail: teacherjxy @126.com Keywords: MAV , flexible wing, flight mechanism, the key technologies, flapping flight Abstract.
On this basis, the current course of the study were discussed key technical issues, combined with the current research, flapping wing aircraft for the future development prospects.
Introduction MAV (Micro Air Vehicle) is a set of aerodynamics, electronics, computer power, materials, mechanics and automatic control and other high-tech in one of the new aircraft.
This paper presents the key technical problems in research breakthroughs will make bionic flapping-wing flying robot technology is more mature.
Acknowledgement In this paper, the research was supported by The high level project to cultivate special of Shanghai University of Engineering Science (2012gp05); The graduate innovation project of Shanghai University of Engineering Science (13-01011) References [1] W.

Acknowledgements This paper is supported by the 2012 Ladder Plan Project of Beijing Key Laboratory of Knowledge Engineering for Materials Science (No.
Chu, et al: Materials Science and Engineering C, Vol. 29 (2009) No.6, p. 1950–1958
Chen: Polymer Materials Science and Engineering, Vol. 28 (2012) No.2, p.174-178
Chu, et al: Materials Science and Engineering: C, Vol. 29 (2009) No.6, p.1950–1958
Zhang: Polymer Materials Science and Engineering, Vol. 27 (2011) No12, p.167-171

Influence of Jacket and Filling Materials Characteristics on PELE Effects Hongcheng Zhang 1, a, Jianping Yin 1, b, Zhijun Wang1, c (1College of Mechatronic Engineering, North University of China, Tai Yuan, China) alangxue2010@126.com, b yjp123@nuc.edu.cn, cwzj@nuc.edu.cn.
Keywords: PELE, Lateral efficiency, Jacket materials, Filling materials Abstract.
For filling materials, the elastic modulus is the key factor influencing PELE effects, the maximum radial speed and scattering angle of fragments, and the penetration hole size of PE, nylon and aluminum increase successively, the aluminum filling material has better PELE effects.
Mechanics in Engineering.
International Journal of Impact Engineering.

Permeability and Porosity of Tight Rock Materials under Conditions of High Temperature and High Pressure Yinger Deng State Key Laboratory of Geohazard Prevention and Geoenvironment Protection, Chengdu University of Technology, Chengdu, Sichuan 610059, China dengye6789@sina.com, 546730457@qq.com Keywords: High Temperature and High Pressure, Tight Rock Materials, Permeability, Porosity, Mechanism Abstract.
The results can provide engineering geological disposal of high level radioactive waste with basis.
Fig. 1 Schematic diagram of flow chart of experimental facility Experimental Materials and Method The main experimental materials were tight rock and distilled water.
Results show that there are some micro-cracks in the tight rock materials although the experimental model samples of tight rock materials have no macroscopic cracks.
[5] Suping Peng, Zhaoping Meng and Hu Wang: Chinese Journal of Rock Mechanics and Engineering Vol.22 (2003),p.742 (In Chinese)

The Elementary Exploration on Teaching Reform of Training Center of Engineering Yuping Ma a, Genfu Yuanb, Yansheng Yaoc School of Mechanical and Electrical Engineering,Anhui Institute of Architecture and Industry, Hefei, Auhui, China awxlmyp@yahoo.com.cn, bforgf@263.net, cy.ys@163.com Keywords: Training Center of Engineering; Local Engineering Colleges and Universities; Teaching Reform; Cultivation Quality Abstract.
The present defects of the teaching practice in training centers of engineering in the local engineering colleges and universities are introduced.
How to play the full role of the training center of engineering for cultivating the capacity-building of engineering students is a hot topic.
All practical classes can be carried out using electric teaching materials.
THE ENGINEERING TRAINING CENTER ATTACHED GREAT IMPORTANCE TO THIS.

Reinforcing of Porous Hydroxyapatite Ceramics with Hydroxyapatite Fibres for Enhanced Bone Tissue Engineering Liang Lie-feng1,a*, Han Xiao-yi1,b, Yan Xiao Cai1,c, Jie Weng2,d 1 College of Textile and Garment, Southwest University, Chongqing 400716, PR China. 2 Key Laboratory of Advanced Technologies of Materials (Ministry of Education), School of Materials Science and Engineering, Southwest Jiaotong University, Chengdu 610031, PR China.
Introduction Porous materials are important in many scientific and engineering applications.
Materials Letters, 63 (28):2466–9, 2009
Materials Letters, 62 (4-5): 607–610, 2008
Materials Letters, 63 (9-10): 729–31, 2009

It is also the most basic part of gene engineering.
Gene Engineering.
Cultural gene extraction is the key to study gene engineering design method.
Research  on  the Design  and Key Technology  of Product Family  based  on Genetic Engineering Ideas [J]. 
Journal  of  Engineering  Graphics. 2012, 33(1): 38-43