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Cost control of the civil engineering based on activity-based costing Yanhong LIU a, Guangling HU, Qinli WANG Financial department, Shenyang Aerospace University, Shenyang, China, 110136 asaucwclyh@yahoo.com.cn Keywords: civil engineering, cost control, cost management, activity-based costing Abstract.
The proposed method can provide the useful information to manage total processes in civil engineering.
In the civil engineering industry, the aim of project control is to ensure that projects finish on time, within budget and achieve other project objectives.
Despite the wide use of these methods and software packages in practice, many civil engineering projects still suffer time and cost overruns.
This operation may belong to either essential or contributory processes. 5) Cleaning: an operation dedicated to remove rubbish and waste materials from workstations or from construction sites.

China has the advantage of abundant raw materials but the yield stays low(less than 10%) due to the lack of technology[1].
Materials and Methods Main experiment materials: Phytin, Lime Milk, Calcium Carbonate Liquor, Activated Carbon, Anion and Cation Exchange Column, Barium Chloride Liquor (1mol/L), Silver Nitrate Liquor (1mol/L), Ammonium Oxalate Liquor (1mol/L).
Experiment process: Analysis and Research Raw materials.
The quality of raw material is crucial.
[7] Li J : The technology to extract inositol from rice hulls and the measures of engineering data[D].

In this paper, the life-cycle of large-scale petroleum engineering project has been analyzed.
Drilling engineering has the characteristics of multidisciplinary, multi-disciplinary, multi-disciplinary, strong technology.
In order to improve management level of drilling engineering, the single-well drilling engineering project management has been implemented in China, in order to achieve with as less input with much output.
Furthermore, we conclude by discussing three key links.
The establishment of drilling engineering plan is based on the long-term plans and annual plans of drilling engineering, which is equivalent to the drilling project feasibility analysis process, as shown in Fig.7.

Key Engineering Materials Vol. 12

Research on Aviation Aluminum Alloy Technology CAPP System Based on the Part Similarity Guowei Lan1, a, Yong Zhuo*1,b, Junfa Chen1, Huixian Zhan1 1School of Physics and Mechanical & Electrical Engineering, Xiamen University, Xiamen, China a494049321@qq.com, bzhuoyong@xmu.edu.cn.
Group Coding: code a new part based on its classification, material,heat treatment and so on; c.
In order to guarantee the practicability of encoding rules,the classification and coding system not only can classify parts by the information like name, material and heat treatment but also by the key feature.
Key Features The fifth code is for key features of parts, which includes 6 hexadecimal figures representing 24 binary number.
References [1]Zhibin, Shi: Research and Application of Group Technology in the Production of CruiseMissile[D], Harbin: Harbin Engineering University, 2012

Calculation of Angular Variation of Spacecraft Assembly Considering measurement uncertainty Jingzhao Yang 1, a, Guoxi Li 1, b and Baozhong Wu 1, c 1 College of Mechatronic Engineering and Automation, National University of Defense Technology, Changsha 410073, China ayjingzhao@gmail.com (corresponding author), blgx2020@sina.com, cwubaozhong@vip.163.com Keywords: Key Characteristic; Measurement uncertainty; Assembly variation Abstract.
Its basic idea is: a probability model or random process needs to be constructed firstly to make its parameter equaling to the key to the question for the sake of pursuing solutions in math, physics, engineering technology and production management; then the statistical characteristic of the parameter is calculated through observing and sampling the model or process; finally the approximate value of solution is given, while the solution’s accuracy can be explained with standard variation of estimated value.
Journal of Mechanical Engineering Vol.48(2012), p.125-140
Applied Mechanics and Materials Vol. 278-280(2013), p.149-154
Proc. of 2006 ASME MSEC, Journal of Manufacturing Science and Engineering Vol.129 (2007), p.641-652

Research on material selection and sizes optimization of casing material for heavy oil thermal recovery wells Ling-feng LI 1, a 1 Key Laboratory of Exploration Technologies for Oil and Gas Resources, Ministry of Education, Petroleum Engineering College of Yangtze University,Wuhan, China a lilfeng_cn@yahoo.com.cn, Keywords: material selection； casing material；structure; sizes optimization; heavy oil thermal recovery wells Abstract.
Summary Material selection and sizes optimization of casing material for heavy oil thermal recovery wells are one of the important phases of heavy oil thermal recovery wells production engineering.
References [1] Wan Renpu: Advanced Well Completion Engineering (Gulf Professional Publishing, U.S. 2011)
[4] NACE Standard MR 0175-95, Sulfide Stress Cracking Resistant Metallic Materials for Oil Equipment
[7] Chen Ping, et al.: Drilling and Well Completion Engineering, Petroleum Industry Press, Beijing, Nov. 2005 (in Chinese)

Research and application of 3D digital detection technology in reverse engineering Lizhong Wang1,a Dongdong Zhang2,a Jin Liang3,a,Xiaobo Liao2,b Xi'an Jiao Tong University, School of Mechanical Engineering, Xi'an 710049 Southwest University of Science and Technology, Mian Yang 621010 wanglz@mail.xjtu.edu.cn Keywords: reverse engineering; size detection; data mining Abstract.
Reverse engineering is the design of the existing design [1].
Application of 3D digital detection technology in reverse engineering With the development of science and technology, new requirements are put forward for the detection technology in mechanical engineering.
Sculpture-surface detection based on reverse engineering.
Mechanics of materials [M].Beijing.

Study on Nozzle Burning for Engineering Ceramics Machining with Micro-detonation of Striking Arc Xinli Tiana, Baoguo Zhangb, Keling Linc, Fuqiang Lid and Fang Guoe Science and Technology on Remanufacturing Laboratory, Academy of Armored Forces Engineering, Beijing, China, 100072 atianxli719251@sohu.com, bzhang_baoguo@126.com, clinkeling1985@yahoo.com.cn, dlfqiang0116@163.com, epuzzlele@tom.com Keywords: Micro-detonation of striking arc machining (MDSAM); Engineering ceramics; Nozzle; burning.
Micro-detonation of striking arc machining (MDSAM) is a new machining technology for engineering ceramics rough machining.
Introduction Due to their low density, superior wear resistance, and high temperature strength, engineering ceramic materials are increasingly being used for critical components in engineering systems [1].
Micro-detonation of striking arc machining (MDSAM) is a newly developed special rough machining technology for engineering ceramics [3].
Furthermore, the recoil melting materials splash to the nozzle surface and lead to the expansion of nozzle diameter.

High-quality agro-materials are organized directly from high-credit manufacturers to effectively decrease a lot of inferior agro-materials into market [1].
For decreasing cost of agro-materials, this linear barcode is adopted as ID tag.
Agro-materials logistics process Figure 2.
So every participant of agro-materials transaction must sign its data transmitted using his private key.
Nongye Gongcheng Xuebao/Transactions of the Chinese Society of Agricultural Engineering, v 25, n SUPPL. 2, p 97-103, October 2009 [3] Imura, Ryo.