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The key issues and considerations of Buckling restrained braces in seismic applications Wenlu Wen1, a, Lichao Zhou1,b , Zhong Tao1,c 1Department of Civil Engineering, Kunming University of Science and Technology, Kunming, Yunnan, 650500, China a455683148@qq.com, beaglezlc@sina.com, ctsy0410km@126.com Keywords: Buckling Restrained Braces, Dissipate energy, Seismic Performance, Installation Abstract.
High-rise steel engineering often use tower cranes to install, before installation of buckling restrained braces, the quality of components needs to be checked.
A study of buckling restrained seismic braced frame, Structural Engineering, “Chinese Society of Structural Engineering”.17(2).
Berkeley：Earthquake Engineering Research Center.
Canadian Journal of Civil Engineering, 1991, 18(5)：839—850

Study on Low-alloy Coupled Steel Technological Applications Bing Gaoa, Bo Wangb, Jianqi Zouc School of Civil Engineering, Jilin Architectural and Civil Engineering Institute, Changchun, 130118, China agaobing0431@126.com, bbo_wang@126.com, c772763987@qq.com KeyWords: Low-alloy Coupled Steel; Coupled Steel Bars Technique; Stiffness; Crack; Model Calculating Formulas.
Introduction It is a future our country development trend to make use of a low metal alloy steel to carry on engineering construction.
This text mainly elaborated to adopt low metal alloy steel and low-carbon steel make into a low metal alloy steel through the even weld double reinforcing bar, pass to experiment analysis, make sure its mechanics and craft function index sign; Use concrete structure design norm as the theory foundation that is analytical and experiments a data, set up lately just degree and crack model formula, provided for the later engineering construction basis.
(11) Conclusion Applying low-alloy steel coupled steel bars saves steel and concrete, not only apply to foundation, work, consolidation of foundation pit, foundation beam, foundation mat, column, pile foundation, bracing of slope, anchor rod of soil stratum and rock, but also apply to irrigation works, road engineering, bridge engineering, etc[4].

Theoretical Analysis and Experimental Study on Acoustic Emission Wave Propagation in Perforated Thin-Walled Plate Zou Guangping1,a, Chai Meng1,a, Ren Fang2,b 1College of Aerospace and Civil Engineering, Harbin Engineering University, Harbin, China 2Beijing Institute of Structure and Environment Engineering, Beijing, China azouguangping@hrbeu.edu.cn, brenfang2000@sohu.com Keywords: acoustic emission; orientation; elastic plate; wave motion.
Introduction Elastic plate structure has been widely applied into engineering structures in the fields of aviation, aerospace, warships, civil engineering, and chemical container, etc.
In engineering design, it is necessary to open various holes in plate-shell.

Data Fitting Analysis for Fatigue Crack Growth under Multiple Overload Variable Amplitude Loading Zhifang Liu 1,a, Lixiong Gu 1,b, Zhongyong Xu 1,c 1,2,3School of Civil Engineering and Transportation, South China University of Technology, Guangzhou 510640, P.R.
However, the majority of finite life engineering structures experience random amplitude loading while operation.
Fatigue Fracture of Engineering Materials and Structures, 23(7):603-617(2000)
X., Xu Z.Y., A novel mechanics model for fatigue crack growth under constant amplitude loading, The 11th International Symposium on Structure Engineering, V1:886-890 (2010)
Advanced Materials Research, Advances in Civil Engineering and Architecture, 243-249:5458-5464(2011)

Research on the Super Rapid Strength Repairing Material Effects Resistance to Water Damage Performance of Cement Stabilized Macadam Jie Yang1,a, Jin Li1,b 1 College of Civil Engineering of Shandong Jiaotong University, Jinan City 250357，China ayyangjie129@ 163.com,bsdzblijin@ 163.com Keywords: cement stabilized macadam, the super rapid strength repairing material, resistance to water damage performance, the softening coefficient Abstract.
Their mechanical properties must achieve the engineering requirements in a very short period of time [2].
First the compaction tests are in accordance with the “ Inorganic Binder Stabilized Material Test Procedures of Highway Engineering (JTG E51-2009)” .
China Civil Engineering Journal, Vol. 25(2)(1992), p.13 (in Chinese)
Journal of Traffic and Transportation Engineering, Vol. 4(2011), p.23 (in Chinese)

Study on Grouting Effect Evaluation of F4 Weathered Slot in Xiamen Xiang’an Submarine Tunnel Xiaoguang Huang1,a, Xiaolin Yang2,b and Yuzhong Fang3,c 1School of Civil Engineering, Henan Polytechnic University, Jiaozuo 454000, China 2Luoyang Institute of Science and Technology, Luoyang 471003, China 3The First Construction Division Co., Ltd., China Railway Tunnel Group, Chongqing 404100, China ahxg@hpu.edu.cn, byangxl@hpu.edu.cn, calexfyz@163.com Keywords: submarine tunnel, weathered slot, grouting test, grouting effect Abstract: Measurement of water inflow from borehole, drilling and coring, ultrasonic inspection, ground-penetrating radar and field excavation are all used to test effect of grouting water shutoff and reinforcement in F4 weathered slot of Xiamen Xiang’an submarine tunnel.
Because the grouting is a concealed work and the test method of grouting effect is still not perfect enough, grouting effect test is still a weak link in grouting engineering.
Grouting effect is evaluated qualitatively by experience in many grouting engineering because of the absence of quantitative standard.
Reference [1] Huang Xiaoguang: Safety In Coal Mines Vol.10(2001), p.38 [2] Zhang Minqing, Zhang Wenqiang, Sun Guoqing: Chinese Journal of Rock Mechanics and Engineering Vol.25(2006), p.3909 [3] Wang Mengshu, Huang Fuming: Journal of Architecture and Civil Engineering Vol.22(2005), p.1 [4] Li Rong, Li Zhiguo: Modern Tunnelling Technology Vol. 45(2008), p.21 [5] Guo Xiaohong, Wang Mengshu: Engineering Sciences Vol.13(2011), p.38 [6] Mu Xiangren，Huang Xiaoguang: Journal of China Coal Society Vol.20(1995), p.298 [7] Wang shuiqiang, Huang yongjin, Tang jian: Shanghai Geology Vol.96(2005), p.38

Ultimate load analysis of reinforced concrete beam with finite element Lingyuan ZHOU 1,a Qiao LI 1,b 1School of Civil Engineering , Southwest Jiaotong University,Chengdu, China azhoulingyuan@163.com, bql3721@163.com Keyword: reinforced concrete; ultimate load; finite element; force-based; nonlinear.
Earthquake Engineering and Structural Dynamics. 1996, 25(7):711-725
Earthquake Engineering and Structural Dynamics. 1996, 25:727-742
Journal of Structure Engineering. 1992, 118(6):1590-1607
Department of Civil Engineering, University of Canterbury, 1984 [10] R.P.

THE Exploration of BIM Technology Application in The Building Fire Emergency Plan Xiaoyu BI 1,2,a, Jia WANG 1,2,b,Jingyan ZHANG 1,2,3,c, 1Beijing University Of Civil Engineering And Architecture, Beijing 100044,China； 2Disaster Prevention Research Center of the Ministry of Construction, Beijing ,100013,China; 3China Academy of Building Research，Beijing 100013) aemail,bixiaoyu_123@163.com bemail, wangjia@bucea.edu.cn cemail,cabrzjy@163.com Keywords: fire fighting, emergency plan, BIM technology, process design Abstract: The fire emergency plan has a great important significance for fire rescue works.
Jianping Zhang, professor at Tsinghua University, pointed out that: in the field of Construction Engineering, if the application of CAD technology is the first revolution as Construction Engineering design, the BIM application will trigger the second revolution in the field of A/E/C (Architecture/Engineering/Construction)[9].
Fire door Civil air defense door Fire extinguisher tank Fig.1 Visual model with the elements information The exhibition also includes computer-generated animations that give you the illusion of walking through a building, as shown in Fig.2.
Acknowledgements This paper was supported by China Academy of Building Research self-raised foundation (Grant No: 20110106330730001), namely ”The Research of Disaster Prevention and Mitigation Techn- ology System about the urban construction engineering”.
[3] Zhanhui Sun,guofeng Su: Journal of Basic Science and Engineering .Vol.14,Supplement(2006), p. 205-211.In Chinese [4] Yabin Lou,ensheng Zhang: Computer Systems & Applications. (10)2004: 46-48.

Alpatov1,b * 1Samara State Technical University Institute of Architecture and Civil Engineering, 194 Molodogvardeyskaya St., 443001, Samara, Russia aa.o.lukin@rambler.ru, bavu75@mail.ru Keywords: beam, corrugated web, numerical experiment, research, tension, metal yielding, buckling failure, deformation, deflection.
Kholopov, etc., Procedia Engineering. 153 (2016) 414-418
Kubieniec, Journal of Civil Engineering and Management. 16 (2) (2010) 166-171
M., Kholopov I.S., etc., Procedia Engineering. 111 (2015) 74-81
Driver, Journal of Engineering Mechanics. 132 (2006) 806-814

The topics of CPIM2010 include, but not limited to, the following (1) Precision mechanical/electrical measurement (2) Optical Measurement (3) Metrology (mechanical, electrical) (4) Nano/micro scale measurement (5) Signal processing for precision measurement (6) Numerical simulation for precision measurement (7) Precision control based on precision measurement (8) Information technology for precision measurement (9) Precision measurement for mechanical engineering (10) Precision measurement for electrical engineering (11) Precision measurement for information engineering (12) Precision measurement for civil engineering (13) Precision measurement for medicine (13) Precision measurement under microgravity condition (14) Dynamic calibration for force transducers (15) The Levitation Mass Method (LMM) The topics of CPIM2010's satellite symposium MMD2010 concentrate to the following, (1) Mass measurement device (MMD) for use under microgravity conditions
(2) Precision mass measurement under microgravity conditions (3) Body mass measurement device (BMMD) for astronauts Sincerely yours Yusaku FUJII Guest Editor-in-Chief of special volume of Applied Mechanics and Materials Chairman of CPIM2010 & MMD2010 Professor, Electronic Engineering, Gunma University (Japan) President, (NPO) The e-JIKEI Network Promotion Institute (Japan) It is a great honor for me to be a Guest Associate Editor for the special volume of Applied Mechanics and Materials.