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This book is collected from the scientific articles which were presented at the 3rd international conference on Civil, Architectural, Structural and Constructional Engineering (ICCASCE 2017, Seoul, South Korea, July 14-16, 2017).
We hope that presented results of the scientific and engineering research and solutions will be interesting and useful for many specialists from the area of architecture and construction.
Architectural Design, Urban Planning, Structural Engineering, Geothechnics, Building Materials, Materials, Mechanical Engineering

This periodical edition includes peer-reviewed papers based on results of scientific research and engineering solutions in different areas of modern engineering science.
Keywords:
Materials Science, Materials, Mechanics, Civil Engineering, Electrical Engineering, Cumputer Science, Environmental Engineering

EFG-FE couping method Dehua WANG 1, a, Yujing GAO2,b, Jingping WANG3,c , Dechang XIA 4,d 1, 2, 3, 4 Shandong Vocational College of science & Technology,Weifang, Shandong 261053,China awangdehua2000@163.com, bgaoyjing@163.com, csdzywjp@163.com, dxiadc1985@163.com Keywords: EFGM-FE, the finite element method, coupling, Civil engineering problem Abstract.
EFGM in civil engineering problems also played a huge potential.It through the establishment of civil engineering problem of EFGM model, through the EFGM-FE boundary coupling method to deal with problems, through the specific numerical example it is concluded that the EFGM-FE coupling method is effective and feasible.
This article will meshless galerkin method is applied to civil engineering problems in processing, through the EFGM-FE coupling method to deal with the boundary conditions, make full use of the countless grid petro-galerkin method needs to be divided into unit grid, high precision, simple post-processing and good stability and the characteristics of the finite element method can satisfy the essential boundary conditions, the numerical example shows that the method is feasible and effective. 1.
Examples The last research meshless galerkin finite element coupling method in civil engineering feasibility of class questions.
This article will EFGM - FE coupling method applied in the process of essential boundary conditions, the high accuracy of solution, EFGM is verified by example - FE coupling method in civil engineering application problem of the feasibility and effectiveness.

This special edition is devoted to the latest research in machinery, chemical production and civil engineering.
Articles will be helpful to researchers and specialists in machinery, chemical production and civil engineering.

This periodical edition includes peer-reviewed papers based on results of scientific research and engineering solutions in different areas of modern engineering science.
Keywords:
Materials Science, Materials, Mechanics, Civil Engineering, Electrical Engineering, Cumputer Science, Environmental Engineering

Application in civil engineering field Electro-hydraulic servo technique was firstly applied in the field of Aeronautics in 1940s [4].
With the development of educational reform, electro-hydraulic servo technique has played a critical role in experimental technology of civil engineering structures.
With the rapid development of science and technology, how to make new theory, new method and new technology is the key and basic to college students, especially to college students who major in civil engineering, mechanical engineering, electrical engineering and etc.
According to the actual situation of civil engineering, we purchased 4-channel electro-hydraulic servo system（Fig.1） in September in 2009.
It is a significant theoretical issue and urgent practical problem to apply modern experimental technology to experimental teaching of civil engineering.

Research progress and prospect to Civil engineering structure passive control Lixiang Wu1, a, Shuying Qu2,b,Zhang Jia3,c, Xingmin Hou4,d 1 civil engineering college of Yantai university .Yantai, China 2 civil engineering college of Yantai university .Yantai, China 3 civil engineering college of Yantai university .Yantai, China 4 civil engineering college of Yantai university .Yantai, China atmwlx@126.com, bqsy_qu@163.com, czhangjia.lily0535@yahoo.com.cn,dhouxm@ytu.edu.cn Keywords: Passive control, Basal isolation, Energy dissipation damping, Shock absorption damping.
In this paper, the structural passive control which has the broad application prospect in seismic shock resistant and the wind-resistant design of civil engineering is introduced. the principle and wide application of structure passive control technology including basal isolation, energy dissipation damping and shock absorption damping in civil engineering are expounded, and the development for passive control technology development is prospected.
The development for structure damping control technology is the product of seismic theory and practice developed to a certain stage, which is the subject intersection of civil engineering, earthquake engineering, materials science, computer technology and control technology etc.
TMD has been applied in lots of practical engineering design.
Prospect After long-term unremitting efforts of many scholars, especially in the last ten years, civil engineering structure control technology has overall and rapid development and presents a vibrant momentum of development.

This collection is published by results of the First International Conference on Civil Engineering and Materials Science (ICCEMS 2016) which was held during May 1-3, 2016.
The presented results of the scientific and engineering research are from civil engineering and materials science will be useful for wide range of engineers, scientists and students.

The presented edition contains articles that were presented at the 9th International Conference on Architecture, Materials and Construction (ICAMC 2023) and the 8th International Conference on Civil Engineering and Materials Science (ICCEMS 2023), Singapore, June 14 to 16, 2023 and are dedicated to structural engineering, geotechnics, sustainable architecture, design of the thermal and light comfort of buildings and architectural heritage protection and spatial planning.
The edition will be helpful to specialists in civil engineering and architecture.
Structural Engineering, Structural Mechanics, Architecture, Energy Efficiency, Thermal Comfort of Buildings, Phase Change Material, Cooling, Daylighting Environment, Light Comfort, Building Design, Architectural Heritage, Protection, Spatial Planning, Geotechnics

The book includes articles based on the research results presented at the 2nd International Conference on Civil Engineering and Materials (ICCEM 2024), held on 13-14 December 2024 in Al-Hoceima, Morocco.
The conference provided a vital platform for professionals from Morocco and around the world to convene, share research findings, and discuss the latest advancements in civil engineering and materials science.
The presented edition is dedicated to advanced building materials, computational research and modelling in civil engineering, and issues in soil stabilisation.
The collected articles will be beneficial to many researchers and engineers in the construction industry.