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Modal Parameter Identification of Civil Engineering Structures under Seismic Excitations Qiang Pei 1,a, Long Li 1,b 1Research & Development Center of Civil Engineering Technology，Dalian University，Dalian 116622，China apqiem@163.com，bdxl269@163.com Keywords: seismic excitations; structural engineering; modal parameter identification; complex exponential method Abstract.
Modal parameter identification of civil engineering structures under seismic excitations has important implications for health diagnosis, plastic analysis and optimization design of structure.
Therefore, seismic optimization design of civil engineering structures has practical significance.
Modal parameter identification technique of civil engineering, as a hot research task of back analysis of dynamics in structural engineering field, can reflect the dynamic characteristics of structures under external excitation, which are the foundations of researches on structural damage detection and diagnosis, seismic design, and structural health monitoring.
Overall, the accuracy meets the requirements of practical 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

Analysis of Load Transfer Mechanism with Rock-soil Anchoring Technology in Soil Tension-type Prestressed Anchor for Civil Engineering Xiaoyong Wang 1, a, Jing Cao 1,b and Huaixi Zuo 2,c 1Department of Civil Engineering, Kunming University of Science and Technology, Kunming, Yunnan, 650500, China 2 Yunnan branch of Jian Yan Foundation Engineering Co.
The load transfer of anchorage section is the key to the civil engineering design and performance controls of the anchor.
Several theoretic models for load transfer mechanism are compared and their insufficiencies are pointed out from the view point of civil engineering application.
Till now, there is no one model can accurately describe shear stress distribution in civil engineering.
For practical civil engineering, the working stage of most anchors can be illustrated by Fig. 4(b) and Fig.4(c).

The UNIMAS STEM Engineering Conference 2015 with the theme “Engaging Industries and Society through Innovative Engineering and Technology" was aimed at bringing together the academicians, researchers, scientists, engineers, industrial professionals and scholar students to present their recent research work in all areas of Engineering and Technology.

Electrical and Electronic Engineering, Mechanical and Materials Engineering, Civil Engineering, Chemical Engineering, Communication, Data and Signal Processing

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

This book was prepared for the 20th anniversary of the Faculty of Civil Engineering of the VSB - Technical University of Ostrava, in Ostrava, Czech Republic.
The main aim of the book is to present results in the area of research and application of modern building materials and structures in civil engineering.

Whole Life Care of Infrastructure – A Serious Challenge for Civil Engineers Chun-Qing Li School of Civil, Environmental and Chemical Engineering, RMIT University, Australia chunqing.li@rmit.edu.au Keywords: asset management; reliability; deterioration; risk-cost optimization.
One of the most challenging issues facing civil engineering profession is the intelligent management of infrastructure to ensure its safe and serviceable operation and function.
This paper will advocate that whole life care of infrastructure is the future trend for civil engineering progression.
The paper concludes with an advocate that whole life care of infrastructure is the future trend for civil engineering progression.
This poses serious challenges for civil engineering profession.

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 proceeding is composed of contributions that present the research of PhD and masters candidates from the Faculty of Civil Engineering, Czech Technical University in Prague.
These contributions were presented at the 5^th annual conference "Nanomaterials and Nanotechnology in Civil Engineering 2016".