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Experimental Study on Diesel Engine Intake Ports with Reverse Engineering Technology Li JIANGa, Zi-Yu WANGb,*, Xiu-Wei CHENGc and Chao-Yang LUd China North Engine Research Institute, Beichen, Tianjin 300400, China ajiangyushi586@sina.com, bzealyouth2002@126.com, cxiuweicheng2008@126.com, dluchaoyang@sina.com *Corresponding author Keywords: Reverse Engineering, Diesel, Intake Ports.
A intake port was developed for a four-valve diesel engine with reverse engineering technology, and different core boxes of intake port were made respectively by different measureing and manufacturing method, and were investigated in the steady-flow test with the original cylinder head of the diesel engine.
The Reverse-engineering of Intake Port Data Acquisition and Processing Profiling measurement in reverse engineering is important link of data acquisition, model reconstruction and the quality of surface rendering.
After joining together the three-dimensional structure of deformation due to cut sample material, can not have local structure cohesion.
Acknowledgement This research was financially supported by the National key laboratory Foundation of Diesel Engine Turbo Technology.

Due to that the human error has great influence on the project risk, human reliability analysis (HRA) has been paid much attention in many engineering projects.
For management of construction materials, the construction materials which are in large amount use should purchased by competitive bidding, which can prevent purchasing inferior materials for saving cost.
For those construction materials whose quality or sources may be unstable, different batches materials should be piled up separately and be tested by supervisor at any time.
Once there are some quality problem, it should be reported to the construction department and the materials should be changed to qualified materials.
Materials supply and consumption should be coordinated with each other.

Silt and Clay with Low Liquid Limits as Fill Materials for High-Speed Railway Embankments in China JIANBO Fei1,a, CHANGSUO Yang 2,b, YUXIN Jie3,c and XUETAO Wang1,d* 1Underground Polis Academy, Shenzhen University, Shenzhen, China 2China Railway Economic and Planning Research Institute, Beijing, China 3State Key Laboratory of Hydroscience and Engineering, Tsinghua University, Beijing, China afeijianbo@szu.edu.cn, bycs1097@163.com, cjieyx@tsinghua.edu.cn, dxuetao.wang@szu.edu.cn Keywords: railway; fill material; embankment; silt; clay; low liquid limits Abstract.
As a further step, it is crucial to make suggestions on optimization-related fill material provisions in railway standards so as to improve the engineering economy.
DIN 18196(2006): Earthworks and foundations - Soil classification for civil engineering purposes.
Giacchino, in: Proceedings of the international conference on soil mechanics and geotechnical engineering, Blkama Publisher, Vol. 3 (2001), p. 2195–2198 [10] L.
Russell, in: Proceedings of a three day conference on advances in geotechnical engineering, London, UK, (2004), p. 29–31 [12] Q.

China 3 Department of Biomedical Engineering, Fourth Military Medical University, Xi'an, 710032, P.
China 4 Key Laboratory for Advanced Materials Processing Technology, Ministry of Education & Center of Organ Manufacturing, Department of Mechanical Engineering, Tsinghua University, Beijing, 100084, P.
Materials and Methods Materials.
The first layer of deposited materials was frozen on the platform.
Zhang: Key.

One of the main tools of TRIZ is the engineering contradiction matrix which is widely applied in solving many engineering problems.
There are 40 inventive principles in the engineering contradiction matrix.
Table 1 The schematic diagram of engineering contradiction matrix [6].
The 40 inventive principles of engineering contradiction matrix [6]. 1.
Porous Materials 2.

Shin 1,f 1School of Dentistry, Kyungpook National University, Daegu, Korea 2School of Materials Engineering, Yeungnam University, Daegu, Korea 3Gyeongbuk Foreign Language High School, Gumi, Gyeongsangbuk-Do, Korea a ydh6410@yahoo.co.kr, bepark@knu.ac.kr, csykim@yu.ac.kr, dleejm@knu.ac.kr, e lexington2@hanmail.net, fhishin@knu.ac.kr Keywords: scaffold, porous structure, tissue engineered bone, Abstract.
Introduction A tissue engineering approach has evolved as an alternative strategy for bone repair.
Materials and Methods: Two types of macroporous CMP ceramic blocks were prepared.
The concomitant replacement of scaffold materials with regenerated tissue is ideal.
Yoon et. al.: Key Engineering Materials Vol. 309-311 (2006) p. 985 [2] M.

College of Architecture and Civil Engineering, Ningbo University of Technology, Ningbo, 315016, China a chengguoqiang@guigu.org Keywords: forensic engineering, accident investigation, forensic engineering system of bridge Abstract.
Forensic Engineering System Exploration The Proposal Of Forensic Engineering Forensic engineering is the investigation of materials, products, structures or components that fail or do not operate or function as intended, causing personal injury or damage to property.
In addition to this, Vital to the field of forensic engineering is the process of investigating and collecting data related to the materials, products, structures or components that failed.
The NTSB is also in charge of investigating cases of hazardous materials releases that occur during transportation.
Carry out the investigation on the large-scale bridge accidents. 3) Practice is the key Forensic engineering of bridge is a hard task.

The function-component matrix is created with the help of the bill of materials and the functional model.
The function-failure repository was constructed on the basis of failure reports and bill of materials from the automobile manufacturing corporation.
Research in Engineering Design, 2003, 14:25-33 [3] Arunajadai Srikesh G., Stone Robert B., Tumer Irem Y..
Proceeding of DETC 02: ASME 2002 Design Engineering Technical Conference and Computers and Information in Engineering Conference, Montreal, Canada, September 29-October 2, 2002
Proceedings of DETC’05:ASME 2005 International Design Engineering Technical Conferences and Computers and Information in Engineering Conference, Long Beach, CA, USA: ASME, 2005:455-467.

Research on the sustainable development of engineering contracting enterprises under the low-carbon’s background in China Yanyan Wang1, 2,a, Hong Ren1,b 1School of construction management and real estate, Chongqing University, Chongqing, China 2School of management and engineering, Shandong Jianzhu University, Jinan, China awyy@sdjzu.edu.cn, byfw2006@126.com Keywords: low-carbon buildings; engineering contracting enterprises; sustainable development; low-carbon technology Abstract.
Many engineering contracting enterprises lack of the clear and broad influence and the enterprise culture by the social approved.
Through strengthening the control of construction technology, building materials and acceptance of the implementation plan, it will ensure the realization of low-carbon construction entities.
Low-carbon economy and the development direction of China’s engineering contracting enterprises international economic cooperation, Vol.2(2010), p.16-19
Sustainable development framework and sustainability investigation for Chinese construction enterprises Chin civil engineering journal, 2009,42(2), pp.126-130

Engineering project risk Engineering activity is one of the most basic social activity way, is in the human society and the development of material basis.
Engineering is the creation[1].
Engineering project risk explain structure model III.
Engineering project risk ISM model analysis From Fig.2 shows the hierarchical structure model can see engineering project risk factors and their mutual relationship.
Engineering project risk has obvious hierarchy, surface risk including material risk (S2) and schedule risk (S6) direct risk factors.