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Study on the safeguard measures of civil engineering "outstanding engineers" training for new colleges and universities Zhao Baoyun, Huang Linqing School of Civil Engineering and Architecture; Chongqing University of Science & Technology Chongqing，Chongqing 401331，China email: baoyun666@163.com Keywords: outstanding engineers; safeguard measures; training plan Abstract.
Table 1 Civil engineering excellence project team numbers the group work title position unit division of labor 1 leader (director) professor dean School of civil engineering and architecture direct 2 deputy head Associate professor Associate dean School of civil engineering and architecture co-ordination, implement leaders of enterprises and institutions The designing institute (3～5), construction companies（5～10）, consulting companies, supervision companies, research institute（5～8） Provide the design practice opportunities, provides the field practice , provide test, investigation, testing and supervision practice conditions 3 members Relevant leaders in school of Civil Engineering and Architecture, Head of civil engineering departmen, backbone teacher School of Civil Engineering and Architecture Department of Civil Engineering Provide the practice opportunity, practice guidance and coordination of the design practice, practice guidance and coordination practice, practice
practice education Center for civil engineering specialty to provide building components processing, building structure force display, civil engineering construction, civil engineering test, structure type of display and related components, assembly and disassembly fault analysis and processing of training.
(3) The engineering practice education center construction planning Relying on the school of civil engineering and architecture, combined with the training plan, in future inside 5 years, we will established Institute of civil engineering construction engineering numerical simulation education practice center and the geotechnical engineering practice education center, and relying on school petroleum, metallurgical college practice center to build steel structure welding, assembly practice education center.
And civil engineering as a school level of outstanding for professional engineers, distinguished engineer training professional training funds 300000 yuan every year, at the same time, school of civil engineering and architecture self-financing investment 200000 yuan each year, as the outstanding plan implemented reform and construction costs, ensure that the civil engineering outstanding engineer training have sufficient funds Acknowledgment This work was funded by Education teaching reform Research Foundation of Chongqing University of Science & Technology (CK2011B28, CK2011B30).

Research on Civil Engineering with Comprehensive Evaluation Model of Urban Old-age Real Estate Building Energy Saving Hua Liu1,a,Yibo Zhao2,b 1,2 Xi’an University of Architecture & Technology, Xi’an 710055, China a906748388@qq.com, bflybirdzhao@163.com Keywords: civil engineering; old-age real estate; building energy saving; grey relational analysis Abstract: Based on the analysis on civil engineering of existing old-age real estate building energy saving, this paper builts comprehensive evaluation index system, and analyzed its evaluation index content and determined the standards.
Using grey relational analysis to establish the simplified evaluation index system,and based on artificial neural network, this paper then establishes a comprehensive evaluation model of urban old-age real estate building energy saving, which not only helps to control building energy saving effect, but also helps to guide new old-age real estate building energy saving to carry out, and promote the development of civil engineering industry. 1 Introduction With acceleration of the population aging, old-age real estate gradually becomes an important branch of civil engineering industry.
And the present researches mainly focuse on policy and technology, lacking of comprehensive evaluation method[2].So establishing comprehensive evaluation index system, can help to grasp building energy saving effect and guide building energy saving work in the civil engineering industry. 2 Evaluation Index System of Old-age Residential Building Energy Saving According to the analysis of existing residential building energy saving, the total evaluation goal can be decomposed to four aspects, and gets 20 indicators[3].
engineering industry.
Journal of System Engineering Theory and Practice, 1997(8) : 76-81.

Local Universities and Colleges of Undergraduate Course Civil Engineering Specialty In Engineering Geological Practice Problems Probing Take Xuchang University as an Example Gao Jun-zhao1,a ,Zhao Jun-hui 1,b 1 NO.88 of Bayi road·Xuchang·Henan·China  Postcode：461000 a junzhao0915@126.com, b junhuizhaoabc@yahoo.com.cn, Keywords: Engineering geological practice; Civil engineering; Teaching methods; practice.
Introduction Engineering geology course is the professional basic course in civil engineering, engineering geological practice is an important practical teaching of engineering geology course, it directly reflects the content of class teaching, enhance students’perceptual knowledge, expand their field of vision , develop and improve the ability of observation, hands-on operational capability and the ability to analyze and solve problems [1].Instead,our country’s civil engineering profession is 1998 in the original geotechnical engineering, structural engineering, municipal engineering, disaster prevention and mitigation works, protection works, bridge and tunnel projects similar merger of eight professional "Large civil", different universities has many differences in civil engineering professional training objectives ,in engineering geology internship position, teaching staff, training bases, etc. there is a big difference too[2].Some local colleges of engineering geological practice
The existing basic problem and analysis in engineering geology practice teaching Engineering Geology is a very practical course, in the class, students can only learn the theoretical knowledge ,to geological phenomena ,they do not have a perceptual knowledge.During the practice process , often standing on the fault does not know the fault, standing on the landslide did not know landslide. 2.1 pay no attention to engineering geological practice Many local colleges and universities have little knowledge of engineering geology importance in civil engineering.This situation happens for three reasons: firstly, many students,even teachers are not considered engineering geology major civil engineering courses, not very useful.In fact ,every university in the formulation of their professional training programs ,they repeat analysis, determine after careful study.Although civil engineering profession in different universities,they have their own professional characteristics and training direction
In particular, some local colleges do not offer a long history of civil engineering major,teacher strength is more lack of .To the civil engineering graduate teachers,because the content is less understanding of the geology,when really teach engineering geological periods, involving geological background in short of knowledge will see easily[7].
Shanxi Architecture, Analysis on the teaching reform of engineering geology in civil engineering specialty [J]. 2009.9.P197-198 [7] JI Jian-jun,YANG-Qing-nian.

Damping by SMA in civil engineering structures F.
This work shows two complementary aspects of the SMA application in Civil Engineering, the first of them, the SMA dampers in earthquake damping of a family house.
Introduction The guaranteed behavior of the SMA in Civil engineering requires appropriateness of SMA for the complete requirements of the application.
This work shows two complementary aspects of the SMA application in Civil Engineering.
The use of SMA in engineering in general, or in civil engineering, should only be acceptable in well known conditions and with life-time evaluated in the expected conditions, fulfilling the requirements of use.

Discussion on the Application of the Concrete-filled Steel Tube in Civil Engineering Chao ZHAO Xuchang University, Xuchang, Henan 461000, China Keywords: Civil Engineering; Concrete-filled Steel Tube; Application Analysis Abstract.
In this paper, the key and difficult points in the construction of concrete-filled steel tube in underground civil engineering, how to use the key technologies in the construction process, and the quality control problems and development prospects are mainly introduced.
Thus, it owns a very broad application prospect in building structure engineering.
Analysis on the Application of the Steel Tube Concrete in Building Engineering [J].
Journal of Disaster Prevention and Mitigation Engineering, 2011(10).

Fiber reinforced polymer (FRP) is widely applied in the concrete and steel structure reinforcement field because of its high strength and convenient constructability in civil engineering.
Introduction Fiber reinforced polymer (FRP) reinforcement method is the effective way for the repairing and rehabilitation of concrete infrastructure in civil engineering.
Conclusions ANSYS is employed in the calculation of the adhesive shear stress distribution of the FRP reinforced double lap model in civil engineering.
Zhao: Some Key Mechanical Problems on FRP Sheet Applied in Civil Engineering[J].
Zheng: Mechanical Problems on FRP Laminate Applied in Civil and Construction Repairing and Strengthening Engineering[J].

Civil Engineering Department has a responsibility to design infrastructure and green building concept planning.
Fig.1 Shows the electrical consumption in Civil Engineering Department.
Gross complex area of Civil Engineering Department is about 4541.5 m2 withan averages electrical energy consumption on Civil Engineering Department is of 60829 kWh, so the IKE is of 13.39 per month.
Fig. 2 Graph IKE (kWh/m2) Civil Engineering Department, ITS Fig. 2 above shows that the value of IKE in Civil Engineering Department which get from 4 years later is not efficient, only a few month of these year is efficient and the other is spendthrift.
First task is to find the refrigerant which suitable with the specification of R-22 in each air-conditioning appliance installed in Civil Engineering Department.

Study on Determining Method of Rig’s Hydraulic Pressure in Civil Engineering Yongbai Sha1, a, Xiaoying Zhao2,b, Liandong Wang1,c 1College of Mechanical Science and Engineering, Jilin University, Changchun 130022, China 2 Changchun College of vocation and technology, Changchun 130033, China a shayb@jlu.edu.cn, bchang_mail@126.com, cminemail@163.com Keywords: civil engineering; rig; hydraulic system; energy saving; pressure Abstract.
Rig is widely used in civil engineering.
Introduction With the rapid development of cities, civil engineering has widespread application.
Rig is one of the main equipment in civil engineering, and the demand of the quantity for engineering drilling grows gradually, and the requirements of the quality increases accordingly.
Conclusions The energy losses are inevitable in the process of energy transfer in rig’s hydraulic system and other hydraulic equipment using in civil engineering.

State Monitoring of Civil Engineering Structures Based on Wireless Network Sensor Lin Wang 1.a 1 The School of Civil Engineering of Guizhou Institute of Technology , Guiyang 550003, China a Wangl @qq.com Keywords: State Monitoring, Wireless Network Sensor, Civil Structures Abstract: State monitoring is one of the important part of the structure healthy monitoring system, the dynamic characteristics of structures are evaluated rather frequently by measuring their vibrations.
In this paper, the state monitoring of civil engineering structure by using wireless sensor technology has been gave out based on monitoring technology and network protocol analysis.
The monitoring network has been set up and experiments were carried out about the structure deformation in the standard steel beam of civil engineering structure laboratory.
Health monitoring of civil engineering structures has great significance for reliability and security, which is increasingly becoming an important research field of civil engineering direction.
This paper sets up a wireless sensor technology to measure strain civil components, and the design and implementation of front-end sensor measuring circuit and related hardware and software development, in order to achieve components wireless strain measurement and the desired effect.

This edition comprises papers presented at the 14th International Civil Engineering Conference (ICEC 2024) held on November 15-16, 2024, in Karachi, Pakistan.
The conference theme, "Advancing Civil Engineering: Innovation for Achieving UN Sustainable Goals", underscores the pivotal role that civil engineering plays in realizing the United Nations Sustainable Development Goals (SDGs).
The conference aimed to showcase cutting-edge research, share best practices and foster collaboration among professionals, researchers, and policymakers, particularly in the civil engineering field.