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Experimental Study on Engineering Characteristics of Basalt Residual Soil on High Slope Kai Cui1, a, Ye Yang2, b Department of Civil Engineering, Southwest Jiaotong University, Chengdu, Sichuan, 610031, China aacuikai@swjtu.cn, b86352218@qq.com Keywords: BiWei Highway, Basalt Residual Soil, Engineering Characteristics.
Construction should focus on the engineering disaster caused by rain.
Leong et al: Engineering Geology, Vol. 73(1) (2004), p.157 [9] P.R.
Liu: Soil Engineering and Foundation, Vol. 26(4) (2012), p.123 [13] N.
Wesley: Journal of Geotechnical Engineering, Vol. 116(4) (1990), p.589

Biomedical engineering, or medical engineering is the application of engineering principles and design concepts in medicine and biology for healthcare purposes (such as diagnostic or therapeutic).
As using nanotechnology, it is possible not only to modify existing natural materials, but also create new materials with desired properties, they are seen as a source of conscious design of both risks and desirable properties of nature.
Conclusion Compared to many other fields of engineering, biomedical engineering has recently become a separate study.
Genetic engineering biotechnologies / E.V.
Fundamentals of Biochemical Engineering.

The Research of Dual Quarternary Pseudoframes for Hardy Space and Applications in Engineering Materials Chunyi Jiao 1, Shiheng Wang2 1 Department of Common Course, Nanyang Medical College, Nanyang 473000, China 2 Dept. of Fundamentals, Nanyang Vocational College of Agriculture, Nanyang 473000, China 1 hjk123zas@126.com , 2jhnsx123@126.com Keywords: Affine pseudoframes, quarternary generalized multiresolution structure, affine frames, Gabor frames, Hardy space Abstract.
Materials science is an interdisciplinary field applying the properties of matter to various areas of science and engineering..
Introduction Engineering materials science is an interdisciplinary field applying the properties of matter to various areas of science and engineering.
Besides material characterization, the material scientist/engineer also deals with the extraction of materials and their conversion into useful forms.
The key is the corresponding dual frame .

SNCR DeNOx engineering practice Shaohua Ling1, a , Changyong Jing1,b , Jing Ma1,c ,Lijuan Zhang1,d 1,Department of Environment Engineerring, Environmental Management College of China, Qinhuangdao,HeBei 066004 ahb3412@163.com, bxiaodier99@163.com, cmamajing@163.com, dljzhang717@163.com Key words：Jidong Cement; SNCR DeNOx; ammonia; engineering practice Abstract : Tang xian in Hebei Jidong Cement Co., Ltd. flue gas denitrification treatment works, the project uses ammonia as a reducing agent SNCR DeNOx technology.
A detailed explanation of the the SNCR process characteristics and system configuration, The analysis for actual operating results of the engineering.
The successful practice of engineering for flue gas denitrification of the domestic cement industry has played an a good engineering exemplary role.
About the author: Ling Shaohua (1972 -), male, Putian, Fujian, Senior Engineer, Master of Engineering, is mainly engaged in the study of atmospheric and water pollution control technology.
Coal-fired power station SCR flue gas denitrification engineering [M] Beijing: China Electric Power Press, 2009.13 ~ 14

Introduction Reverse engineering (RE) is defined as the process of obtaining a geometric CAD model from point cloud acquired by scanning/digitizing existing products without any technical details, such as drawings, bills-of-material.
Creation of CAD model Blades surface model could not be gave elastic modulus, poisson ratio and other material features, and could not use computer-aided engineering analysis (CAE), surface model should be changed to CAD model.
Conclusions This paper reconstructs CAD model of blades based on reverse engineering, and NC simulation processing is executed; analysis the key technology in blades reverse engineering model reconstruction, put forward one model reconstruction method to improve blades design efficiency.
Reverse engineering: an industrial perspective.
Advances in Engineering Software 40 (2009) 407-418

Design and engineering test of the FHS in HTR-PM demonstration power plant are reviewed.
FHS engineering verification Key Technology and Device R & D.
Full-scale hot test of FHS is a hot state engineering verification for the reliability of FHS operation, which means an integrated thermal reliability test of critical equipment, key technologies, important processes and other main equipment and important subsystems.
Li, Design and full scale test of the fuel handling system, Nuclear Engineering and Design. 218,( 2002) 169-178
Huang, Transportation of Fuel Element in HTR-10, Nuclear Power Engineering (in Chinese).

The corrosion fatigue character of aluminum alloy material was investigated.
Introduction Corrosion is one of the most damaging mechanisms in engineering structures.
Experimental procedure The material used in this investigation was LY12CZ aluminum alloy.
The application of the two key assessment parameters were discussed, and the two key assessment parameters can described the pitting damage more generally and exactly.
The application of the two key assessment parameters were discussed, and the two key assessment parameters can described the pitting damage more generally and exactly.

Based on massive quantities of exploration materials, this study analyzed engineering features, distribution status, and the feasibility of silty clay to be used as the bearing layer of the pile in Layer ④2 .
The engineering features of soft soil have long been the major subject in the research of geotechnical engineering.
Features of Soft Soil Foundation in Jiaxing City Overview of Engineering Geology.
Engineering Features of Foundation Soil Mass.
Evaluation of Engineering Features of Layer ④2 Based on relevant exploration materials, the principle bearing layers of piles in Jiaxing City include: Layer ④1(clay), Layer ④2(silt layer), Layer ⑥(clay), Layer ⑦(sandy silt, silty sand), Layer ⑨(clay), and Layer ⑩(sandy silt).

Fig. 1: Five-Layer material and product engineering architecture Former works of KBS & KM institute.
Knowledge Management in Material Science & Engineering Knowledge Acquisition an Involvement of Semantic Technologies.
Knowledge and semantic based methods may be applied for representing and reasoning in material engineering, and consequently supporting the development of sustainable materials.
They work together, to e.g. gather market demands and developments for (smart) materials, run material innovation processes, evaluate material sustainability factors, gather consequences for material and product engineering, or publicize common research material.
[18] Virginia Tech, College of Engineering, Definition of Green Engineering, http://www.eng.vt.edu/green/definition, l. access 18.03.2015 [19] P.T.

Azar 2,b 1College of Electronic and Electrical Engineering, Shanghai University of Engineering Science, Shanghai, 201620 China 2Department of Mathematics and Computer Science, Lawrence Technological University, Southfield,48075 USA asuyu_sh@hotmail.com, b gazar@ltu.edu Keywords: Material Information, XML, XML Security Suite, Security Abstract.
Enterprise Information, especially in the manufacturing process, material information management is a key technology.
This implementation is based on the XML-Signature Core Syntax and Processing specification currently being developed by the World Wide Web Consortium (W3C) and the Internet Engineering Task Force (IETF).
DOCTYPE customer SYSTEM "customer.dtd"> <materials> <material> QZr0.2 Zirconium bronze high conductivity 50.95 material > < material > QZr0.4 Zirconium bronze high strength and hardness at room temperature and higher temperature 80.95 material> materials > Doug Tidwell 1234 Main Street Raleigh 11111 American Express 1234 567890 12345 There are three sections to the document, an element that lists all the items ordered by the customer, a element
> <materials> <material> QZr0.2 Zirconium bronze high conductivity 50.95 material > < material > QZr0.4 Zirconium bronze high strength and hardness at room temperature and higher temperature 80.95 material> materials > Doug Tidwell 1234 Main Street Raleigh 11111 vJqNpDrQT1vmCVbyGJfIwdIDBYoGXGmutgz6TVGoPuKVG7I xNEN50iKw8pmtxFixz5hOChOXgTtPqktQhEHO5+vLOLAFgIioDIRQGHHmHng3CLd+8tvrT8wxPBCRSMUpx4d2TGXW2tqSepam0ZxdmwUXwNSAgaR8hmiromD+bh+tDomPv7eFZ4no5ft3JG3t0trLlwVupF/5vaIJimUSmuUkkgyG8x9AcS/kXJxHpmM=peqGzIMf+8A=