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Integrated electrical mechanical control system (IEMS) technology applied on civil transportation aircraft is firstly introduced in the article.
Fig. 3 Schematic of current airborne IEMS on civil transportation aircraft Risks and Mitigation Airworthiness.
Relevant engineering expertise of foreign suppliers should be fully utilized.
IEMS Lab The design and development of IEMS is a complicated system engineering process, concerning plenty of utility systems, and interactions among these systems are highly sophisticated.
Summary Application of IEMS on domestic civil transport aircraft development is detailed stated in the paper.

This paper presents an analysis about principle of an inertial navigation system (INS) and design an new mechanical architecture of INS in terms of increased availability of GPS for civil aviation.
This new mechanical architecture has a good mechanical properties in mechanical engineering of civil aviation.
So in this paper we design a new mechanical architecture of INS to meet the demands of civil aviation.
Mechanical Architecture of Inertial Navigation System under PBN Mechanical properties of the New INS Because we use the laser gyroscopes in the new system, there are many mechanical properties to meet the demand in mechanical engineering of civil aviation.
This system can meet the requirement in mechanical engineering of civil aviation.

Whether it is international or domestic at present, people’s study on the claim more concentrate on the civil engineering claims.
When claim incident occurs in mechanical and electrical engineering project, people just put the theory and experience of claim in civil engineering project into simple use.
It can solve some problems of mechanical and electrical engineering projects in the contract, but there is great limitation, because there are very big differences between the civil engineering projects and large mechanical and electrical engineering project itself.
First, the majority of the objects of claim study in civil engineering project are the claims of project contractors to owners, which is just the opposite to the objects in this article (the object of our study is that the owners of large engineering project claims contractor); although some documents of studies on the engineering project claim also discuss the claims of owners to the contractors, often there is not a thorough study of this phenomenon, attached to the claims of the contractors to owners.
In the research on the theory and method of owners claim in electromechanical project, although China is still in the level of case analysis and the qualitative analysis, with no systematic theoretical research, and draw lessons from civil engineering claim theory and experience; However, there are still some successful examples, which has accumulated some beneficial experience.

The use of foundry waste in civil engineering is one of the most discussed issues by several environmental polities.
In civil engineering, the use of disposable materials in constructions has importance not only for development of alternative and low cost materials, but also to stimulate the local economy, decrease the pollution on sanitary landfills and contribute to the sustainable development [1, 2].
This paper investigates the possibility to reuse the foundry waste in mortars used in civil engineering; thus, studies were conducted by evaluation of the water retention in mortars built with several concentrations of foundry powder.
According to past studies, the development of mortars with foundry powder shows to be feasible in civil engineering for powder concentrations between 5 and 15% [7].
This result highlights the importance of reusing disposable compounds in materials science such as foundry powder in the civil engineering.

Evaluation Based On Interval Number Analytic Hierarchy Process(AHP) For Solar Water Heating System Of Civil Buildings Genxia Wang1,2, a, Zuhe Wang2,b, Dehong Duan3,c 1School of civil engineering and architecture, Shandong University of Science and Technology, Qingdao, China,266590 2College of mechanical and Electronic Engineering, Qingdao Binhai University, Qingdao, China,266555 3Office of scientific research, Shandong University of Science and Technology, Qingdao, China,266590 awgxia@foxmail.com, bzuhewang1398@163.com, cduandh@foxmail.com Keywords: Interval number judgment matrix, Solar water heating system, Systematic review.
The civil construction of solar hot water system evaluation model based on Interval Number Comparison Matrix Interval Numbers Comparison Matrix.
In the decision analysis of civil solar hot water systems, how to obtain a reasonable weight factor from the interval number comparison matrix is the basis to determine the sorting vector.
In decision-making process of civil solar hot water systems, according to the knowledge of data standardization process, interval number can be assumed as non-negative interval number, , .
Systems Engineering Theory and Practice, Vol. 7(4)(1994), p. 16 (In Chinese) [5] Deqing Li.

In this study, PZT powder mixed with cement and sand, which is more realistic in civil engineering applications.
Through a series of MTS compression tests, feasibility of using cement-sand based PZT composite materials in civil engineering is evaluated.
Innovative materials such as PZT composite have been studied by many researchers with the intention to develop smart structures in civil engineering.
The studies of the applications for the piezoelectric materials in civil engineering have been done as well.
-N., Vibration control of civil structures using piezoceramic smart materials: A review, Engineering Structures, 28 (2006) p 1513-1524

Study on The Material and The Structure of Earth Building in Fujian Pengcheng Zhang1, a, Kai Luo1,b and Wenbin Liao2 1 College of Architecture and Civil Engineering, Xiamen University 361005, China 2 Xiamen ZhongFuYuan Architectural Design Institute 361000, China azpcchina@yahoo.com.cn, bkailuo.2006@yahoo.com.cn Keywords: Earth Building, Civil Engineering, Environment ,Structural analysis.
How were them built, and how were adjusted to fit their valley environment are interesting questions for each sight-seer, archetects and engineers.
The analysis may be helpful for architects and engineers in design practise.
As the case stands, Tulou was built with skillful concept design during the long-term developing of civil engineering technology and experienced in practical anti-seismic methods. the structure fits to local conditions, local materials, and was benefit to environmental protection and energy saving.

Numerical analysis of control indexes in design of low-pylon cable-stayed bridge Shengtan Dou1,a,Haihui Chen2,Shengai Cui1,b,Jianbo Zhu1,c 1School of Civil Engineering, Southwest Jiaotong University, No.111, Unit1, North Rd.
Haidong, Zhengzhou, Henan 450016, China a479844893@qq.com, 2892994149@qq.com, bshengai_cui@126.com, c531118518@qq.com Keywords: low-pylon cable-stayed bridge, control index, prestressing tendon,MIDAS Civil Abstract.
Taking a low-pylon cable-stayed bridge as engineering background, control indexes in design of bridge were studied[1].
Overall force calculation and later checking research is analysed by the finite element analysis software MIDAS Civil.
Engineering situation The total length of the bridge is 120m+120m, the prestressed concrete girder uses variable cross-section.

This journal's volume includes articles based on research results that focus on solutions to actual issues of sustainable development of modern civil infrastructure, starting from energy management, development of urban drainage systems, and water treatment and supply finishing with seismic safe buildings design and environmental geology research.
Seismic Design, Environmental Geology, Drainage System, Water Treatment, Water Distribution, Water Harvesting, Environmental Engineering, Urban Planning

Their applications are possible in many industrial branches as well as civil engineering.
Silica-based nanotextiles can play a fundamental role in civil engineering.
The potential utilization of nanotextiles in civil engineering is promising as surface protective layers.
Introduction The industrial use of nanotextiles in civil engineering is relatively new.
OLAR: Nanomaterials and nanotechnologies for civil engineering, in: Buletinul Institului Politechnic Din Iasi, 2011, pp. 110-117