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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.

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.

Analysis of inclusion microstructure in material engineering of steel Dingguo Zhaoa, Shuhuan Wangb,*, Mingjian Guoc College of Metallurgy and Energy, Hebei United University, Tangshan 063009, Hebei, China agyyzhao@163.com, bwshh88@heuu.edu.cn, cguomj299@163.com Keywords: inclusion; microstructure; technic control,material engineering Abstract: The sample of oxide inclusion was obtained in the different stage of steelmaking for the 65 steel.
The measures including raw material requirement, improving of the converter, LF refining and continuous casting operations were put forward to decrease inclusion.
There are much higher request to the quality of the wire with the development of the iron and steel materials.
The exogenous inclusions come from the corrosion flake of furnace (ladle, tundish and so on) lining, and other material such as covering slag, covering agent and mixed slag.
The key of the composition control is low-phosphorus, low-sulfur, low-nitrogen, low-hydrogen, low-oxygen, stable carbon content and micro-alloying elements.

Establishment of Evaluation Index System for the Low Carbon Decoration Engineering Construction Dong Wang a Zhongyong Liao b Faculty of Civil and Architectural Engineering, Kunming University of Science and Technology, Yunnan650500, China aemail:edit-me@163.com, bemail:41053160@qq.com Keywords: Low Carbon, Decoration Engineering, Construction, Evaluation Index System Abstract: The paper studies the low carbon decoration engineering construction and analysis the influential factors of it.
To realize the low carbon decoration engineering construction, the paper establishes the evaluation index system of the low carbon decoration engineering construction by the three level indexes.
The low carbon design is a key of "the low carbon decoration engineering construction ".
A reasonable choice of decoration materials is another key of the low carbon construction, and reasonable selection of the indoor green plants will provide a good living environment for us, it can regulate an indoor environment, adsorb dust, and produce mass oxygen and absorb various harmful gases. 1.2 The control of the low carbon decoration engineering construction Construction technologies for low carbon decoration engineering effects are manifested as: (1)In the process of construction energy consumption, for example: there is no reasonable arrange the construction process, caused by repeated construction, resulting in the waste of electric energy
(2)In first level index of wood and material resources utilization, including second level index of the maintenance of structural materials, interior decoration materials, turnover materials and saving measures in four aspects

It is also commonly used in biological compatibility good tissue engineering graft, bone tissue repair.
Nano-apatitic composite scaffolds for stem cell delivery and bone tissue engineering.
Human umbilical cord stem cell encapsulation in calcium phosphate scaffolds for bone engineering.
Polymeric materials for bone and cartilage repair.
Chemical Engineering Journal, 2008, 137(1): 154-161

College of Food Science and Engineering (ab.
CFSE of OUC has prepared a large number of specialty textbooks and reference materials.
In the center, through strengthening of the practical aspects of teaching, we can enhance the literacy of students of engineering train ability of engineering practice, engineering design and engineering innovation capacity of students in CFSE .
Strengthen the construction of library materials and resources sharing platform CFSE Specialty of OUC is an advantage discipline and famous in our country.
In specialty construction process, our college have regarded strengthening the textbooks and materials, managing of document and resource sharing platform of one of the key construction content.

Since the technology of engineering drawing come into being, two-dimensional engineering drawing has become the engineer’s common language and played the critical role.
A question arises obviously, why we need the 2D engineering drawings in the engineering field for so long time?
It plays an important role in engineering area especially in China.
They can obtain information about technical requirements, materials, imbedded parameters and so on.
Applied Mechanics and Materials Vols. 215-216 (2012) pp 1165-1168.

Research on Bearing Capacity of Grouted Connections under Axial Compression Loads Guoqing Wang1,2,a, Feng Chen1,b, Zhenyu Wang1,c and Yi Zhang1,d 1College of Civil Engineering and Architecture, Zhejiang University, Hangzhou 310058, China 2Zhejiang Provincial Bureau of Energy, Hangzhou 310025, China awgq6111@126.com, bchfmaple@yahoo.com.cn, cwzyu@zju.edu.cn (corresponding author), dzjuzhangyi@126.com Keywords: offshore wind turbine; grouted connection; bearing capacity; shear key; test.
With a proper design of the shear keys, grouting material and pipe structure, the grouted connection can achieve a good bearing capacity and ductility.
As we all know, the Det Norske Veritas (DNV) code [5], Health and Security Executives (HSE) code [6], and American Petroleum Institute (API) code [7] are currently the most popular design standards in the offshore engineering, and these codes provide some general formulas to predict the axially bearing capacity of the grouted connection.
The grouting material is cement based, and the compressive strength of the cubic specimen of grout material is 90MPa.
Earth and Space, American Society of Civil Engineers, Hawaii, (2010) 2047-2054.

Research on Elasticity Characteristic of Equivalent Bio-material Chi Xie1,2,a, Shuang Chen1 and Da-quan Lin2 1 State Key Laboratory of Vehicle NVH and Safety Technology, Chongqing, 400039, China 2 School of Manufacturing Engineering, Sichuan University, Chengdu, 610065, China alyscu@scu.edu.cn Keywords: Elasticity characteristic.
And it is very important and useful to biomedicine science and engineering that evaluating correctly the mechanical property of the equivalent materials with human skin’s nature.
The equivalent bio-material of human skin plays a great role in the biomedicine science and engineering, such as biomedicine research, clinical medicine treating and teaching, developing artificial robots and so on[2].
The research on testing method can develop greatly a useful measurement for testing biomaterials in biomedicine science and engineering.
Mark: Biomimetic materials: recent developments in organic-inorganic hybrids, Material Science & Engineering C: Biomimetic Material, Sensor and Systems, Vol.6 (1998), p.183-196

In order to reduce the economic losses caused by the destruction of the accident, in order to avoid shocking catastrophic accidents occur frequently on the need to undermine the essence of engineering structures and materials to carry out more detailed research.
Failure theory A variety of engineering structures (such as mechanical structures, civil structures, aerospace structures, nuclear structure, electronic components, structure, etc.) and engineering materials (such as metals, ceramics, polymers, geotechnical, composite materials, biological materials, etc.), vandalism (the laws of mechanics, including fracture, injury, fatigue, corrosion, wear and tear) damage mechanics.
Design and implementation of a 3D simulation system for geological and mining engineering.
International Conference on Information Science and Engineering, 2009.12
[9] Seng D., Liang X.. 3D Visualization Techniques of Complex Virtual Scene in Hydraulic Engineering. 2009 1st International Conference on Information Science and Engineering, 2009.12