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Research on the Key Technology of Energy Management and Optimization in Cement Enterprises Shaohong Jing1,a, Wenmeng Xu1,b and Xiaohong Wang1,c 1School of Control Science and Engineering, University of Jinan, Jinan, Shandong Province, China acse_jsh@ujn.edu.cn, bxwm911@126.com, ccse_wxh@ujn.edu.cn Keywords: Cement enterprises, Energy management, Energy efficiency, Optimization Abstract.
Research on Soft Measurement of Key Energy Parameters in Cement Production.
Effective energy management and control need to be established in the basis of complete information acquisition, therefore, there need soft measurement research to key energy technological parameters——burning zone temperature, mill load, into grate clinker temperature which cannot direct measurement, and key energy technological parameters——f-CaO, decomposition rates of raw material which cannot on-line measurement.
The Cement industry process control optimization and Pavilion scheme introduces, Cement Engineering, 2005, Vol.3, 75-76
Cement Enterprises MES Key Technology Research and Application.

A Study on Universal Design Product Development Combined with Value Engineering Approach Seongjun Park1, Jaeil Park2 1Department of Industrial Engineering, Ajou University, Suwon, Korea 2Department of Industrial & Information System Engineering, Ajou University, Suwon, Korea 1specialjun@gmail.com, 2jipark@ajou.ac.kr Keywords: Human-Centered Product Design; Value Engineering; Universal Design Abstract.
Value Engineering.
Value engineering starts with subject selection and information gathering on the subject.
Aerosol system of Technology Group in U.K is an example of Value engineering.
Cost analysis is based on the material costs of each part.

The Research on Application of New Technique in Road Quality Detection Yan Xiao Hunan Communication Polytechnic, Changsha, 410004,China room 204, No.43 building, Jinfan community, Kaifu District,Changsha, Hunan province, China Keywords:Transient vibration signals;Highway engineering;Subgrade;Degree of compaction;Detection Abstract:In order to be able to maintain the safety ,stabilize the operation, and prolong the service life of highway engineering, it is necessary to place particular emphasis on the detection of highway engineering.
On this basis, study on the corresponding relation between wave velocity and density can also realize the detection of roadbed compaction degree in the highway engineering process, therefore, the transient vibration signal is measured with outstanding value in highway engineering.
III.The Key Point of Implementation of Transient Vibration Signal in Highway Engineering Detection Transient vibration signal can be applied to detection of highway engineering, the main application link of which includes: 1.The detection of highway pavement engineering; 2.The detection of roadbed compaction degree in highway engineering.
According to the above method, staff can make a final judgement and assess the structure stability of the road through the reflected result in the time domain waveform of the vibration image when testing road pavement. 3.2 The application of transient vibration signals in highway engineering pavement compaction detection In the process of the roadbed compaction degree detection of highway engineering, the main method taken is: through the roadbed material in indoor environment, the dry density mxa values corresponding to the subgrade material are obtained in this process.
In this process, due to the moisture content of subgrade materials will have a decisive influence on longitudinal wave velocity, but the influence on Rayleigh wave velocity is relatively slighter.

Modeling and Development of Gap Adjustment Automatically Technology for Offset Machine GAO Zhenqinga, WANG Yiming and BAI Jianjun College of Information and Mechanical Engineering Beijing Institute of Graphic Communication Beijing, China aemail: gaozhenqing@bigc.edu.cn Keywords:Offset Machine; Key Parts； Gap； Adjustment automatically.
Introduction As the complexity of the offset printing and the particularity of the prints and printed materials, the process of printing depends on plenty of adjusting devices which adjust the key parts for the machine run normally.
In most cases, the manual mechanical structure are used in the adjustment process for key parts, precision and efficiency are lower.
Studied object in this research is cylinders of offset machine，the principle of other key parts is same.
(2) Parameter output: output the gap state of the key parts

Introduction Scaffolds for tissue engineering are the key to repair the defect of human tissues and organs.
According to the theory of interaction between cells and materials, wherein the adhesion of cells and material is a base [4], the suitable adhesion must occur before the migration, differentiation and proliferation [5].
The GE/CA-PCL scaffold is an ideal scaffold used for bone tissue engineering.
Current progress of fabricating tissue engineering scaffold using rapid prototyping techniques, J.
[6] Liu ZR, Chen DL, Application progress of polycaprolactone in tissue engineering, J.

Zhang Engineering Research Center in Biomaterials, Sichuan University, Chengdu 610064 Corresponding author email: hsfan68@hotmail.com Key word: electrospinning; tissue engineering; scaffold; PLA Abstract A electrospinning process to prepare soft tissue engineering scaffold was introduced in this study.
One key factor limiting tissue engineering is to prepare a suitable scaffold.
[6][7] To investigate the potential to be used as tissue engineering scaffold, polylaticacid was chosen to prepare and microscopic structure, porosity, mechanical property, especially cytocompatibility of the scaffold were evaluated. 2 Materials and methods 2.1 Materials PLA with an average molecular weight of 200,000 was purchased from Chinese Academy of Science, Chengdu Organic Substation and dissolved in analysis grade acetone with certain concentration. 2.2 Electrospinning scaffold The electrospinning schematic illustration is showed in the followed figure 1.
(ρ, density of electrospun scaffold; ρ0, density of raw materials).
Principles of tissue engineering 1997; 263-272 2 Wan-Ju Li, Cato T.

The Key Problems in the Manufacturing of the Bamboo Buffer Packaging Material Ye Liu 1, a*, ShuYan Qi 1,b and ZhengYing Shi1,c 1Packaging Engineering Department, Zhejiang Sci-Tech University, Hangzhou 310018, China aliuyehz@163.com , bjx8123@163.com, callegro2001@163.com. * correspondence author Keywords: Bamboo pulp; Surface treatment; Cushioning performance; Foaming mechanism; Cell structure; Foaming techniques;Bamboo buffer packaging material.
The bamboo fiber development of foam cushioning material has double meaning as raw materials.
Materials and methods Materials.The bamboo powder was obtained from MingZhu bamboo powder Co.
Therefore, the obtained bamboo fiber cushioning materials is hard elastic material, more suitable for small electronics, precision equipment packaging.
Acknowledgements This work was financially supported by the Packaging Engineering Department, Zhejiang Sci-Tech University.

Analysis of Buffering Properties of Honeycomb Material Mingbo Yang1, a, Jinbao Chen1, b, Fei Deng1 and Meng Chen2, c 1College of Astronautics, Nanjing University of Aeronautics and Astronautics, Nanjing 210016, Jiangsu, China 2Shanghai Key Laboratory of Spacecraft Mechanism, Shanghai Institute of Aerospace System Engineering, Shanghai 201108, China ayang_mingbo@126.com, bchenjbao@nuaa.edu.cn, c13524803671@126.com Keywords: Honeycomb material, Buffer analysis, Abaqus Analysis Abstract.
Fig.1 Stress-strain curve of honeycomb material Fig. 2 Honeycomb material three-dimensional view Hexagonal honeycomb material that commonly used in engineering is the main study object in the presented work, it is equivalent to orthotropic material.
Fig. 3 One cell of honeycomb material Fig. 4 Regular hexagonal cell For regular hexagonal honeycomb with equal thickness that commonly used in engineering, as shown in Fig. 4, the equivalent material properties can be described in the following semi-empirical formula [3]
References [1] Jinbao Chen, Key Technology Research Progress of Lunar Lander Landing Buffer Mechanism, Journal of Astronautics.
Vol. 29 (2008), in Chinese [2] Ying Zhang, Analysis of soft landing buffer materials of lunar lander, Master’s thesis of Nanjing University of Aeronautics and Astronautics, 2008, p. 19 [3] Xingrui Ma, Spacecraft Dynamics: Progress and Application of Several Problems (Science Press, China 2001), p. 192, in Chinese [4] SIMULIA, Abaqus 6.10 Documentation, 2010

Research on materials is the focused area in aerospace sector because reducing aircraft/spacecraft weight and/or increasing the temperature capabilities is the key factor in increasing the performance.
Introduction Materials play a key role in Aerospace Industry because of low density, high strength and high stiffness aspects.
The materials scenario is fast changing and development of new materials are being reported very rapidly.
Keeping in mind the key requirements for materials of aerospace industry four different types of materials are considered for the study namely Light weight metals (includes Aluminum, Titanium alloys and Intermetallic), Superalloys, Coatings (especially focused on TBC/EBC) and Composites.
William F Smith, Javad Hashemi, Ravi Prakash, Materials Science and Engineering -   Fourth Edition -  The  McGraw- Hill Companies, 2.

An Integrated Measurement System for Pyromagnetic Effect of Prefabricated Defects Polymer Materials Yong-zhong Zhang1, a, Ying-she Luo2,b , Jian-xin Su3, Sheng-ming Chen2, Jia Ren1 and Ling-tao Zhang1,c 1College of Computer Science and Information Technology，Central South University of Forestry and Technology, Changsha, Hunan, 410004, China 2Hunan Provincial Key Laboratory of Engineering Rheology, Central South University of Forestry and Technology, Changsha, Hunan, 410004, China 3College of Information Engineering, Xiangtan University, Xiangtan, Hunan, 411105, China azyz69@163.com, blys0258@sina.com（corresponding author）, czhanglt@126.com Keywords: prefabricated defects polymer material; pyromagnetic effect; integrated measurement system Abstract.
There exist multi-field coupling effect in prefabricated defects polymer materials under loading.
Introduction Weak thermally induced magnetic fields would be formed in prefabricated defects polymer materials under loading [1, 2].
It is important to understand the rheological properties of such pyromagnetic effect in the loading material with visco-elastic plastic damage, which would be valuable for rational use of materials, design of new materials, production safety, and accident prevention, etc. [1, 2 , 3, 4, 5, 6, 7].
Damage theory and its application of prefabricated defects rheological materials (Science Press, Beijing 2001).