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Currently the landscape design of highway in China is a focus; besides the landscapes along highway, the selection on construction materials for node landscapes of highway entrance, exit, viewing platform, service area and etc. is quite important, which is also a key point if the landscape engineering succeeds.
The leisure area is situated in the south of the highway, where there is flat area and rich plants, and its engineering investment is at the general level.
Overview for Construction of Garden Engineering.
[12] Meng Zhaozhen, Mao Peilin, Huang Qingxi, Liang Yiren: Gardens Engineering.
Construction Materials and Machinery of Gardens Engineering.

Take time sequences of eight indexes (gross industrial output values of Manufacture of Raw Chemical Materials and Chemical Products, Manufacture of Medicines, Manufacture of General Purpose Machinery, Manufacture of Special Purpose Machinery, Manufacture of Transport Equipment, Manufacture of Electrical Machinery and Equipment, Manufacture of Communication Equipment, Computers and Other Electronic Equipment, and Manufacture of Measuring Instruments and Machinery for Cultural Activity and Office Work) as the reference sequences, which are labeled as X01, X02,... , X08, as shown in Table 1.
The top three factors are selected as the key service factors.
The first class industry is Manufacture of Raw Chemical Materials and Chemical Products(X01) and Manufacture of Medicines(X02).
Compared with other industries, Manufacture of Raw Chemical Materials and Chemical Products(X01) and Manufacture of Medicines(X02) are more dependent on the support of scientific research, technological services, and the business services, and the demand of Manufacture of Raw Chemical Materials for scientific and technical services is particularly urgent.
Value Creation Based Value Network Management (I):Characteristics and Formation．Journal of Engineering Management 2001(4): 38-41 [4] Wu Haiping, Xuan Guoliang.

Journal of Civil Engineering, 2006, 39 (2) : 46-52 (in Chinese) [7] Yongqian Zhao.
Journal of civil engineering , 1993, 26 (3), 40-46 (in Chinese) [15] Zhou-hong Zong.
Smart Structure and Materials,1996, 2719(2):150-158 [17] M L Wangy, GHeoz.
Smart Structure and Materials,1998, (7):606-616 [18] Roberts S SJ, Davidson R.
Cure and fabrication monitoring of composite materials with fiber-optid sensor.

Overview of Engineering Project Risk Management The meaning and features of systems engineering project risk management Systems engineering project risk management is doing risk management on the project.
The Satellite navigation engineering project’s key risks hierarchy is showed in Table 6
Satellite navigation engineering project risks According to impacts of the above key risk factors’ weight on the engineering project, we use several forms method such as risk avoidance, risk transfer, risk mitigation, risk acceptance and risk using to disposal the corresponding risks.
Thus, achieve comprehensive management of the engineering project’s risks
In view of data, materials and other information resource’s constraints, the empirical research is only a simulation study, its findings have some limitations, but it is a combination of experience and rational analysis, and has given the organic integration of the value judgments, intuitive judgments and scientific reasoning.

Comparisons of Surface Roughness for Precision Ground Different Brittle Materials Jianyun Shen1,a and Xipeng Xu1,b 1 College of Mechanical Engineering and Automation, Huaqiao University, China a jianyun@hqu.edu.cn, b xpxu@hqu.edu.cn Keywords: Grinding, Surface roughness, Brittle material, Stone Abstract.
Brittle materials are popularly used as engineering materials for excellent properties.
And the natural stone is popularly applied in the architectural engineering.
Xu: Key Eng.
Xu: Key Eng.

Discussion of Task-Driven Teaching Approach through Software Engineering Teaching LI Hai-hua Faculty of Management Science and Information Engineering, Jilin University of Finance and Ecnomics , Changchun, China lihaihua_sarah@163.com Keywords: Task-Driven teaching approach; software engineering Abstract.
The teacher does not limit the method of fulfilling the task or the form and content of the finished works, but only provides the materials required to finish the task.
Perplexity in Software Engineering Teaching Software engineering is an engineering discipline to guide the development and maintenance of computer software.
Then how to apply task-driven teaching approach in the teaching of software engineering?
Since the teacher has prepared for the lesson, he (she) can easily tell the key and difficult contents.

Development of Interactive Learning Materials in Engineering of Manufacturing Processes Hernández-Castellano, Pedro M.a *, Marrero-Alemán, M.
This work presents several interactive learning materials developed by the Group of Educational Innovation Manufacturing Engineering of the University of Las Palmas de Gran Canaria.
The main objective is that these materials could be used in different subjects in the area of knowledge in Engineering of Manufacturing Processes or in other complementary subjects, in order to improve the horizontal and cross-cutting coordination in the new degree titles.
Students of the new degree in Engineering in Industrial Design and Product Development have participated for the elaboration of this work.
These technologies are those of the field of today’s engineering and are essential to achieve the so-called digital competence.

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

Construction and Utilization of Post-earthquake Waste Building Materials Hao Tang1, a, Yanyan Xu2,b 1 Tianjing institude of urban construction architecture, Tianjin, 300384, China 2 Tianjing institude of urban construction architecture, Tianjin, 300384, China atanghao_tju@163.com, bxyy1651@163.com Key words: waste building materials; post-earthquake recovery and reconstruction; utilization; engineering design Abstract: Based on the fact that waste building materials are ample in post-earthquake remains, this paper proposes to reuse these materials in the post-earthquake construction.
Specific methods of application will be studied from three aspects: utilization design of waste building materials, control of engineering construction process, cyclic regeneration of waste building materials.
Therefore, it is time to consider the recycle of waste building materials in engineering projects.
In order to recycle the waste materials, three aspects should be taken into account: utilization design of waste building materials, control of engineering construction process, and cyclic regeneration of waste building materials (Fig 2).
However, as long as we can grasp the generation features of waste building materials as well as the post-earthquake engineering laws, we will find a method to make full use of the waste materials through a detailed analysis of the environmental conditions.

A Study on the Key Technologies of a Kind of Automatic Packaging System Chen Baojiang 1, a, Ge Tianzi 2,b and Wang Jianzhi 3,c 1 School of M&E Engineering, Beijing University of Civil Engineering and Architecture, Beijing, 100044, P.R.China 2 School of M&E Engineering, Beijing University of Civil Engineering and Architecture, Beijing, 100044, P.R.China 3 School of M&E Engineering, Beijing University of Civil Engineering and Architecture, Beijing, 100044, P.R.China achenbaojiang@bucea.edu.cn, b625004018@qq.com, cwangjianzhi163@163.com Keywords: packaging engineering, manipulator, pneumatic system, intelligent control Abstract.
The trend of the packaging engineering technologies are being forward to automation and intelligent technologies [1-2].However, in some packaging engineering for procedural materials, such as the packaging of the short and smallish, thin and twiggy materials, there are yet lacking of high mechanical-electronics technology [3].
Packaging Engineering, 2010,13:114-116+121.
Packaging Engineering, 2010,11:80-83+95.
Microelectronic Engineering, 2013, 10(7):258-265