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Zinkle: Fusion Engineering and Design Vol. 61-62 (2002), p. 13 [3] S.J.
Ying et al.: Fusion Engineering and Design Vol. 54 (2001), p. 181 [12] I.
Ghoniem: Fusion Engineering and Design Vol. 51-52 (2000), p. 55 [18] R.
Schedler: Fusion Engineering and Design Vol. 58-59 (2001), p. 743 [19] J.
Scheerer et al.: Fusion Engineering and Design Vol. 42 (1998), p. 511

A Brief Study on Modeling and Finite Element Analysis of Car Rear Sub-frame based on Intelligent Materials Ying Shi1, a and Liang Wang2, b 1School of Transportation and Vehicle Engineering, Shandong University of Technology, Zibo P.R.
China, 250109 a shiyingsd@163.com, b wang9813@sina.com Key words: Sub-frame, Reverse Engineering, Static Analysis, Modal Analysis.
This paper uses a rear sub-frame as the mother model and uses Reverse engineering technology to measure the rear sub-frame point cloud through ATOS non-contact scanners.
Finally, the sub-frame model is divided into 16615 tetrahedral elements.16623 nodes; each tetrahedron edge length is about 10 mm. 2.2 Sub-frame materials and properties assigned Sub-frame structural steel used parameters: elastic modulus 215Gpa, Poisson ratio 0.3, density 7.801 × 10-6kg/mm3.
Material Mechanics.

Framework and Key Enabling Technologies for Social Manufacturing Jiewu Leng1, a, Pingyu Jiang1,b, Fuqiang Zhang 1,c and Wei Cao 1,d 1 State Key Laboratory for Manufacturing Systems Engineering, Xi’an Jiaotong University, Xi’an, Shaanxi 710049, China alengjiewu@stu.xjtu.edu.cn, bpjiang@mail.xjtu.edu.cn, cfqzhang@stu.xjtu.edu.cn, dcaowei.dik@stu.xjtu.edu.cn Keywords: Social Manufacturing, Production outsourcing, Community, Transient Machining System Abstract.The role of manufacturing has changed from a producer of products and services to one that integrates the whole industry value chain.
Fig. 1 The framework of outsourcing-driven social manufacturing Key Enabling Technologies In this section, four key enabling technologies are described in detail, that is, modeling of social manufacturing resources and outsourcing manufacturing tasks, partner selection and game model, modeling and community structure of od-SMN and generation of od-TMS.
This key enabling technology takes the service outsourcing collaboration network as research object, and introduces the concept of community structure into the od-SMN.
In order to make sure the social system runs successfully, four enabling key technologies are described in detail.
[3] Wei Cao, and Pingyu Jiang: Applied Mechanics and Materials Vols. 220-223 (2012), p. 61-64 [4] Basar, Tamer ; Olster, Geert Jan: Dynamic noncooperative game theory (Burlington, MA: Elsevier, 1982)

According to the engineering design determining equipment and material use list, the owner utilize market bidding forms to establish the price.
The construction units determine equipment and material list according to the engineering design.
The engineering consumption quota can be established according to the completed project average labor, materials, and equipment usage.
Investment on strengthen engineering technology research should be expanded.
The theory and methods of engineering cost for oil and gas well drilling [M].

Application of Materials Studio Modeling in Crystal Structure Xiaohong Fan1, Bin Xu1, Yong Xu1,2,a, Jing Li1, Lei Shi1, Fuming Wang2 and Junpin Lin2,b 1 School of Materials Science and Engineering, Shandong Jianzhu University, Jinan 250101, China 2 State Key Laboratory for Advanced Metals and Materials, University of Science and Technology Beijing, Beijing 100083, China a xuyong2612@gmail.com, b linjunpin@ustb.edu.cn Keywords: Modeling, MS, crystal structure, material science curriculum Abstract.
Introduction Crystal structures of related materials were important composition of materials science curriculum and they are also the significant basis to realize the physical properties of the materials[1-3].
It delivers powerful methods to chemists, materials scientists, and engineers in a flexible and easy-to-use environment.
It makes it straightforward to communicate ideas related to materials structure and properties and to solve critical problems in the chemicals and materials industries.
Acknowledgement This work was supported by State Key Lab of Advanced Metals and Materials, the National Natural Science Foundation of China (Grant Nos. 51101093).

Since, electrical engineering focuses on the efficient distribution and reliability of energy; mechanical engineering on the performance and longevity of turbines and power systems; metallurgical engineering on material durability and efficiency; and civil engineering on the infrastructure required to support the grid; and furthermore, control engineering contributes automated solutions for load balancing and the integration of renewable energy sources.
Electrical engineering plays a key role in ensuring efficient energy distribution and system reliability ([6]), whereas mechanical and metallurgical engineering contributes to the performance, lifespan, and durability of power generation components such as turbines and photovoltaic panels ([14, 34]).
Control Engineering Practice, 94:64–73, 2019
Advanced materials for solar pv systems and their impact on durability.
Materials Science Reports, 35:235–251, 2022.

Development Strategy for Requirement of ICTs in Engineering Learning of Comprehensive Regional Higher Education Institutes of PRC Yanhui Chen School of Engineering, Linyi University, Linyi 276005, PR China E-mail: lhy05120@163.com Keywords: information and communication technology; Delphi; ability gaps Abstract: Information and communication are key to the ability of the organization to respond to change.
There are 387 undergraduates matriculated in 2007 in school of engineering in Linyi University.
They belong to 4 degree programs which are: Machinery Design, Manufacturing and Automation, Vehicle Engineering, Architecture, and Civil Engineering.
In section II, we discuss the data analysis of Engineering School in Linyi University.
Conclusions Some development strategies for requirement of ICTs in engineering learning are proposed by undergraduates matriculated in 2007 in school of engineering in Linyi University. 1.

The engineering self-recovery theory is different from engineering cybernetics.
Engineering Self-recovery Theory.
Theory Category of Engineering Self-recovery Theory Category of Engineering Cybernetics [3, 4, 6].
Comparison between Engineering Self-recovery Theory and Engineering Cybernetics.
Summary 1) Similar to the engineering cybernetics, engineering self-recovery theory also comes from engineering practice by continuous generalization and summation.

Research on the Proportion of Inorganic Binder Stabilize Materials with Soda Residue Guo Wenying1,a, Zheng Meiru1,b, Yang Yibo1, 2, c, Wang Hengchang1, d 1School of Civil Engineering and Transportation, South China University of Technology, Guangzhou China; 2State Key Laboratory of Subtropical Architecture Science, South China University of Technology, Guangzhou, China awyguo@scut.edu.cn, b421241393@qq.com, c yangyibo@scut.edu.cn, dcthcwang@scut.edu.cn Keywords：Soda residue; cement; inorganic binder stabilize materials; mineral admixtures Abstract.
Raw materials and experimental methods Raw materials.
The samples were tested according to the proctor compaction test method in “Test Methods of Materials Stabilized with inorganic Binders for Highway Engineering” (JTG E51-2009).
The samples were tested according to the unconfined compressive strength test method in “Test Methods of Materials Stabilized with inorganic Binders for Highway Engineering” (JTG E51-2009).
Research on the mechanical performances of soda residue/fly ash compound cementitious materials.

Wang 2,c , Quanlai Li1,d and Cuilian Che1,e 1 Center for Advanced Jet Engineering Technologies (CaJET), School of Mechanical Engineering, Shandong University, Jinan, China, 250061 2 School of Mechanical and Manufacturing Engineering, The University of New South Wales, Sydney, Australia, NSW2052 a zhuhongtao8516@163.com, bchuanzhenh@sdu.edu.cn, cjun.wang@unsw.edu.au, d liq2uanlai@163.com, echecuilian@163.com Keywords: Abrasive waterjet machining, Machining mechanism, Brittle materials Abstract.
Two kinds of materials, 96% alumina and glass, were eroded.
Wang: Abrasive Waterjet Machining of Engineering Materials (Trans Tech Publications, Switzerland 2003)
Feng: Key Engineering Materials, Vol.304-305 (2006), pp.560-564
Hashish: Journal of Engineering Materials and Technology, Vol.111 (1989), pp.221-228.