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Surface engineering is one of the applications and contains surface alloying/cladding, surface melting/remelting, surface amorphization and surface hardening/shocking.
The application of laser for material processing are broadly divided into four major categories; namely, laser-assisted forming, joining, machining and surface engineering.
Surface engineering belongs to high power applications and contains surface alloying/cladding, surface melting/remelting, surface amorphization and surface hardening/shocking [3].
LSP has been developed as a practical process amenable to production engineering.
Laser material processing, NewYork: Springer Verlag, 1991 [3] Mordike B L, RW Cahn, P Haasen, E J Kramer, Materials science and technology,Weinheim, 1993, 15: 111 [4] Peyre P, Fabbro R, Merrier P, et al, Materials Science and Engineering, A210(1996): 102~113 [5] Min Ya, Yongming Xing, Fulong Dai, et al, Surf.

Capillary adsorption of nanostructure carbonic materials for nitrobenzene in wastewater Yufeng Sun1, a, Aimin Zhang2,b , Bingcheng Peng3,c , Zongtang Liu1,d, Zhenghao Fei3,e, Jingping Wang3,f, Changmei Jiao3,g 1Jiangsu Provincial Key Laboratory of Coastal Wetland Bioresources and Environmental Protection, Yancheng, 224051, China 2Key Lab of Mesoscopic Chemistry Ministry of Education, Department of Chemistry, Nanjing University, Nanjing, 210093, China 3Institute of Applied Chemistry and Environmental Engineering, Department of Chemistry, Yancheng Teachers University, Yancheng, 224051, China aningjing54@163.com, bzhangam@nju.edu.cn, cbcpeng123@163.com, dzongtliu@sohu.com, efeizhenghao@163.com, fwjp-22@163.com, gjiaocmyr@163.com Keywords: Nanostructure Carbonic Materials, Capillary Condensation, Nitrobenzene Adsorption, Organic Wastewater.
The adsorption ability of different carbonic materials for nitrobenzene was compared.
Carbonic materials could be used as adsorbents in aqueous solutions had been confirmed [4,5].
In this work we compared adsorption phenomena of four different carbonic materials for nitrobenzene and investigated adsorption mechanism.
The specific surface areas were not the main factor affecting the adsorptive ability of carbonic materials.

Heat Cutting for Remanufacture Hardness Deposited Materials Zhiyuan Wu1,a, Xiaojun Shi1,b, Xinli Tian1,c, Xiujian Tang1 and Shu Zhang1 1National Key Laboratory for Equipment Remanufacturing, Academy of Armored Force Engineering, China, 100072 aWu_zhiyuan20021@163.com, bshixiaojun01@sina.com, ctianxli719251@sohu.com Keywords: Heat cutting, High hardness materials, Remanufacture, Impact cutting Abstract.
Three cutting tools, YG610, Si3N4 ceramic tool and CBN were adopted for heat cutting deposited materials.
The deposited materials whose hardness is HRC60 were cut with all kind of cutting parameter.
So the Si3N4 ceramic tool is not suitable for heat cutting hardness materials.
Brozek: Journal of Materials Processing Technology, Vol. 168 (2005), pp. 488-495

[3] A.K.Mahalanabis: Introductory system engineering (New York, Wiley, USA 1982)
[5] G.Taguchi, E.Elsayed and T.Hsiang: Quality engineering in production systems (New York: McGraw-Hill College, USA 1989)
[7] E.Fricke and A.P.Schulz: Systems Engineering, Vol. 8 (2005) No.4
[11] H.F.Zhang, J.R.Tan, Y.X.Feng and Z.Y.Liu: China Mechanical Engineering, Vol. 18 (2007), No.18, p.2227-2232
[15] H,F,Teng, Y.S.Wang and Y.J.Shi: Chinese Journal of mechanical engineering, Vol, 42 (2006) No.11, p.1-8

Integration of CAD/PDM and ERP Systems in Practice MLECZKO Janusz 1,a* 1University of Bielsko-Biała, Department of Industrial Engineering, ul.
What the manufacturing requires from the design phase are a bill of materials, routes of manufacturing processes, and manufacturing documentation.
The key condition for effective concurrent engineering and cross-enterprise engineering is integrated computer environment for design and manufacturing: a common platform for computer-aided systems for product development [2].
Connector functionalities: - mapping CAD objects with materials identifiers (for purchased parts, materials, elements), - viewing attributes of materials such as name, price, unit of measure, etc., - preparation of the bill of materials (BOM) for the integrator, - preparation of links to CAD drawings for the integrator, - access to the data warehouse and MRP, - on-line access to costs.
Kul’ga, Integration of CAD/CAM/PDM/MES and ERP systems, Russian Engineering Research, 28, 2  (2008) 169-172

Explosive Consolidation and Its Application on Preparing of Ultra-Fine Grained Tungsten Plasma Facing Material Shu-Ming Wang1, a, Qing-Zhi Yan1, Wei-Ping Shen1 and Chang-Chun Ge1 1School of Materials Science and Engineering, University of Science & Technology Beijing, Beijing 100083, China awangshuming03@mails.tsinghua.edu.cn Keywords: explosive consolidation; Self-Propagating Combustion; Plasma Facing Material Abstract.
Nuclear fusion is a promising source of environmental friendly energy for the future, and the ultra-fine grained Tungsten (W) is a hopeful candidate material to be used as plasma-facing materials (PFMs), which are the key materials in the International Thermonuclear Experimental Reactor (ITER), for its many useful advantages.
Plasma facing materials (PFMs) is one of the key materials in ITER which will work in extreme conditions, including complex thermal, mechanical, and chemical loads as well as strong irradiation.
Over the past few decades, many materials were tested as PFMs including both low-Z materials (Be, C, carbon fiber composite (CFC), B4C, etc.) and high-Z (W, Mo, etc.) materials [2, 3].
However, the embrittlement of Tungsten material restricts its application on plasma-facing materials (PFMs) [4, 5].

Explore the Management of Hydro-Engineering Project and Related Issues about Quality Control Hongbin Tao School of Civil Engineering, Jiujiang University, Jiujiang, Jiangxi, China 332005 Keywords: Water Resources and Hydropower Engineering; Quality Management; Measures Abstract.
Do the preliminary engineering quality management, it is necessary to firmly establish the "quality first" mentality.
Material inspection.
Construction site of new types of materials, such as steel, cement, sand, gravel, etc., should be spot checks, meet the design requirements before use, in order to ensure the quality of construction.
Control of Construction Environment and Construction Process Construction of the project, the environmental factors that affect the quality of a lot of engineering, engineering and technical environments such as engineering geology, hydrology, meteorology, etc.; project management environments, such as quality assurance system, quality management system; labor environment such as labor portfolio, workplace, face and so on.

This Technology can be suitable both to traditional masonry structure and to new wall materials masonry structure, especially to seismic appraiser and reinforcement calculation of masonry structure.
This technology can support scientific basis to quality examination and assessment of new wall materials and analysis of engineering quality accident.
To guarantee the security and healthy development of the new wall materials structure, experimental study of the comprehensive performance of masonry structure must be speeded up.
c) When raw material information of masonry in the reinforced and reconstructed houses were lack, or design specification of new wall materials is deficiency, testing masonry shear strength with drilled core method can provides the basis of design or appraisal reinforcement.
This technology can support scientific basis to quality examination and assessment of new wall materials and analysis of engineering quality accident.

It proves the stated hypothesis that the critical temperature of materials to be processed may be used for a rough determination of the maximum workability temperature for such materials.
An industrial and sociological research of consumers’ requirements to lathing tools, Key Eng.
Increasing the machining efficiency of components made of hard-processing materials, Appl.
Enhancement of the assembly lathing tools quality evaluation methodology, Key Eng.
Optimization of Cutting Processes, M. : Mechanical Engineering (1976) 278

Based on the integration of CAD and CAE, a variant design method with the function to satisfy engineering constraints is put forward.
Some key technology problems of variant design method, such as how to integrate CAD/CAE and with the function to satisfy engineering constraints, are not resolved yet.
In the design of mechanical products, CAE technology has became the main way of solving engineering analysis in recent years.
Therefore, this repetitive larger engineering analysis problem can be solved through a automatic analysis process templates based on the parameter.
Beijing：The computer engineering and design (2002), 95-98 [4] Shumin Ma.