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So, the application in the martial engineering field such as aeronautics and astronautics is becoming increasingly widespread.
[10] Jiehua Wu, Baoshun Li, Cheng’en Li et al.: Journal of Basic Science and Engineering Vol. 8(2000), p. 38-43, in Chinese
[17] Hong Chen, Lianming Zhang, Guangyao Jia et al.: Key Engineering Materials Vol. 249(2003), p. 159-162, in Chinese
[20] Guojun Wang, Ying Sun, Binbin Shi et al.: Journal of Materials Engineering Vol. 2(2009), p. 332-335, in Chinese
[23] Chaokun Yang: Journal of Materials Engineering Vol. 7(2002), p. 33-39, in Chinese.

As the engineering construction project is very complex ,advanced tools are required to assist finishing a project.
Virtual architectural model contains a large number of construction materials and building components and other aspects of information.
Current assets investment refers to occupied total working capital for the maintenance of the project's production and business operation included and are used to the purchase of raw materials, semi-finished products, fuel and power and so on.
The engineering project investment cost control module based on BIM, mainly with the help of component information in the BIM database, through computer automatically identifies components in the model, real-time statistics of the components within the model, uses model to replace the drawings, name, number and size of the materials needed can be generated directly in the model and consistent with the design.
Journal of Management in Engineering [J]. (2010)

Exploration on Infiltrating Human Education in the Basic Chemistry Courses of Science and Engineering Lai Han1, a 1 Department of Chemical and Biochemical Engineering of Chongqing Education College, 400067 Chongqing, China a14626@163.com Keywords: science and engineering, basic chemistry, humanistic education .
Meanwhile, this dissertation works on the solutions for solving potential problems existing in basic chemistry courses of science and engineering with the author’s previous teaching practice, points out that the purpose of humanities education infiltrating basic chemistry courses of science and engineering is to help students possessing good humanity as well as mastering basic chemistry knowledge and operating skills, and finally to foster students to be qualified talents of all-round development.
Introduction Basic chemistry is a basic course of science and engineering majors such as medicine, pharmaceutical, biochemical, food, environment, textile, metallurgical and others including the basic knowledge of inorganic chemistry, analytical chemistry and organic chemistry and so on.
Therefore, teachers should be in line with the principle of everything from the reality in the humanities education penetration during science and engineering chemistry course teaching.
Reference [1] Yu Xindang, Discussion on Strengthening the Humanism Quality Education of Science and Engineering Undergraduates [J] Science Edition of Chongqing University Journal Social, 2001.5 [2] Gong Peng.

The composite materials can meet the high requirements of safety, economy and comfort for aeronautic vehicles, and the materials have been necessary and important structural materials of aviation engineering[1-6].
So, the study on new theory and technology of health test for large composite materials structures, which is used in the rapid and real-time test of engineering structures damages and the reasonable assessment of damages, has important theoretical meaning and broad application prospect for ensuring the running safety of engineering structures, forecasting catastrophic accident, setting a reasonable damage tolerance, decreasing the cost of safeguard, extending work life of engineering structures, and so on.
The clearing of coupling agent is difficult while using, so the on-line health testing isn’t make to most engineering structures.
References [1] Du Shanyi: Advanced composite materials and aerospace engineering.
Proceedings of SPIE - The International Society for Optical Engineering, Vol7648(2010), pp.76480T

Design solution of material flows planning in manufacturing systems belongs to key aspects that the project engineers must resolute.
Analysis of material flow.
Most often it is in engineering.
Simulation by program Witness in order to optimalization and next their results were applied in several industries and in several engineering factories too.
In: World Academy of Science, Engineering and Technology, Iss. 78: Part IV, p. 444-448.

Dargusch1,2 1 Defence Materials Technology Centre, Level 2, 24 Wakefield Street, Hawthorn, Vic 3122 Australia 2 CAST CRC, School of Mechanical and Mining Engineering, The University of Queensland, Queensland 4072, Australia a mark.hodge@dmtc.com.au Keywords: DMTC, defence, aerospace, manufacturing, titanium, stainless steel, alloy, machining Abstract.
This paper describes an initiative of the DMTC focused on developing and optimising engineering capability in metals manufacturing for aerospace applications.
Introduction This paper describes an initiative of the Defence Materials Technology Centre (DMTC) focused on developing engineering capability in metals manufacturing for aerospace applications.
Australian industry competes in an international supply chain to manufacture key components for the Joint Strike Fighter (JSF) program, wherein Titanium and Stainless Steel are essential materials used in the manufacture of JSF components.
Acknowledgements DMTC, Seco Tools, BAE Systems, Avoca Engineering, Millatec Engineering, CAST CRC.

Compared with Industrial Modelling Design of Automobiles and Man-Machine Engineering, the VRT could save enormous manpower and the material resources.
Designers can sit in a virtual car interior, visual observation of the car interior materials, lighting, and can also steering wheel, joystick and other ancillary accessories manual operation.
[4]MAO Ting-ting，CHENG Ai-guo.Virtual reality technology application in automobile modeling and engineering analysis[J].
Packaging engineering, 2012, 8: 013
Packaging engineering, 2008 (1): 140-142.

Recently, with the development of tissue engineering and its application on the subjects of artificial tissues and organs by cell culture techniques, tissue engineering materials have attracted more and more attention.
The basic characteristic for tissue engineering materials is cell compatibility.
Compound culture of cell and biomaterials was Key Technology in constructing engineered tissue in vitro.
Development on biomedical polymer materials of blood compatibility.
J Hulunbeier College 1998;6(2): 56-8 [3] Chen BL.Study on the cell compatibility of tissue engineering materials (I)-cell compatibility materials.

Microencapsulated Phase Change Materials and Its Application in Thermal-Regulated Fibers Wei Lia, Xing-xiang Zhangb* and Xue-chen Wangc State Key Laboratory of Hollow Fiber Membrane Materials and Processes, Tianjin Municipal Key Lab of Fiber Modification and Functional Fiber, School of Materials Science and Engineering, Tianjin Polytechnic University, Tianjin 300160, China a hiweilee@gmail.com, b zhangpolyu@gmail.com (corresponding author), c wangxch09@yahoo.cn Keywords: microcapsule; phase change material; thermal-regulated; fiber; n-dodecanol Abstract.
The phase change materials (PCMs) can absorb, store or release large latent heat over a defined temperature range while the materials change phase or state, so they can be potentially used in thermal energy storage.
In this paper, a series of microencapsulated phase change materials (MicroPCMs) with n-octadecane and n-dodecanol as core were successfully fabricated respectively, where the styrene-based copolymer, acrylic based copolymer, melamine-formaldehyde resin and polyurea were selected as shell materials.
The thermo-regulated fiber has been used as the raw materials of jacket liners, long underwear, sleeping bags, and socks, etc.
Conclusion Microencapsulated phase change materials (MicroPCMs) with n-octadecane and n-dodecanol as core were successfully fabricated respectively, using styrene-based copolymer, acrylic based copolymer, melamine-formaldehyde resin and polyurea as shell materials.

High strength of drawn pearlitic steel wire is widely utilized in suspension bridge engineering.
For civil engineering, steel wire’s performance properties, such as environment-assisted fracture behavior, and corrosion in concrete construction, are also of key concern.
It is not easy to obtain the r and M through Eq.1, especially in highly-textured materials.
Conclusions An X-ray line-broadening analysis has been worked out in the high strength pearlitic steel wire utilized in suspension bridge engineering.
Toledano: Construction and Building Materials, Vol.14 (2000), p.47 [2] L.