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Lattice Light Steel Frame System and Application Bo Ding 1, a, Huan Qing Jiang1, b, Hong Xia Wan 1, c and Feng Zhang1, d 1Wuhan Building Material Industry Design and Research Institute CO,LTD,Wuhan,China 2 School of Civil Engineering and Architecture, Wuhan University of Technology, Wuhan, China adingyifan888@163.com, bjianghuanqing85@126.com, cwanhongxia@vip.tom.com, d461752259@qq.com Keywords: Lattice light steel frame system, Rectangular tube, Project example, Calculation method Abstract.
Calculation results meet the specifications’ requirements, proving the new system can be applied to practical engineering.
The new system can be used for engineering practice, and is worthy of further research and extension.

On a type of single-curved cable-strut grids generated by semi-regular tensegrity Tiansheng Shi1,a, Jinyu Lu*1,2,b, Liuzhen Yao1,c, Yuanlin Du1,d 1School of Civil Engineering, Southeast University, Nanjing, China 2 Key Lab of Concrete and Prestressed Concrete Structures of Ministry of Education, Southeast University, Nanjing, China ashitiansheng2008@yahoo.cn, *bdavidjingyu@gmail.com, cylz19881023@126.com,dardu14@126.com Keywords: semi-regular tensegrity, single-curved grid, equilibrium matrix, self-equilibrium Abstract.
Tensegrity is a novel structure which attracts structure engineers’ interest because of its light weight and efficient structural behavior.
With the development of computer science and the increasing demands on engineering, some researches are conducted on the form-finding of irregular tensegrity.

Study for Aeolian Sand Characteristics by Static Experiment Yunlian Songa, Yawei Zhangb and Jing Yu Civil Engineering Institute, Inner Mongolia University of Technology, Hohhot, China, 010051 ayunlian72@yahoo.com.cn, b274077652@qq.com Keywords: Aeolian Sand, Subgrade Construction, Compaction Degree, CBR, Rebound Modulus Abstract.
Experiment results show that aeolian sand is compacted under the natural moisture capacity in subgrade engineering, which is feasible and effective.
The result will provide a certain reference value to subgrade engineering constructed by aeolian sand [1,2].

Eberemu Department of Civil Engineering, Ahmadu Bello University, Zaria, Kaduna State, Nigeria.
The Engineering complex is located between the University Clinic and the North Core area (the Central administrative area of the University).
Electronic Journal of Geotechnical Engineering (EJGE) 11, (2006) – Bundle D.
J. of Materials in Civil Engineering.
[19] British Standard Institute, Methods of testing soils for civil engineering purposes.

Study on Application of Support Vector Machine to Prediction of Blasting Vibration Velocity Haixia Wei1, a, Jie Zhu2, b 1School of Civil Engineering, Henan Polytechnic University, Jiaozuo 454003, China 2Modern Educational Technology Center, Henan Polytechnic University, Jiaozuo 454003, China awhx19820828@163.com, bzhujie009x@163.com Keywords: Blasting vibration velocity, SVM, Training samples, Test samples, Prediction.
References [1] Jingquan Lin and Jianyu Tang: Mining Engineering Vol. 3 (2005), p. 43-45, in Chinese
[2] Shiyong Liu and Zhenjiang Zhu: Engineering Blasting Vol. 3 (2004), p. 82-85, in Chinese

Flexural Vibration in a Ternary Locally Resonant Phononic Crystal Thin Plate with Defects Zongjian Yaoa, Guilan Yub, Yuesheng Wang and Jianbao Li School of Civil Engineering, Beijing Jiaotong University, Beijing 100044, P.R.
It is known that the plate with finite thickness, i.e., thin plate is practical for the promising applications in noise control and vibration shielding in engineering.
The introduced defects could be useful to the design in engineering applications.

Design of Measurement and Control System for the Rail Fastening Spring Clip Type A and B Yao Yupeng1, a, Shi Ying1,b and Song Yongping2 1School of Mechanical Engineering, Dalian Jiaotong University, Dalian 116028, China 13079880608 2Inner Mongolia Mengxi Kaolin Powder Co., Ltd., Mengxi High-tech Industrial Park, Erdos City, Inner Mongolia Autonomous Region People’s Republic of China 016014, China aypyao2000@163.com, bshiying@djtu.edu.cn, Keywords: infrared photoelectric sensor; measurement and control system; geometric parameter; complicated rail fastening spring clip Abstract.
References [1] Report on experimental research for tightening clips SKL-1,Faculty of Civil Engineering, Report no. 2712-593/90, Zagreb(1991)
[2] Wenjin Dai , Min Fang, Jing Li : Proceedings of the 2nd International Symposium on Advanced Optical Manufacturing and Testing Technologies(2005) [3] Yao Yupeng , Zhang Bo, Zhang Lei: Modern Machinery(2003) [4]Gao Zhirun, Gao Yue.: BeiJing National Defence Industry Press Vol.A10(1995), p. 256 [5]Katsuhiko Ogata, in: Modern Control Engineering (Fourth Edition), Publishing House of Electronics Industry(2003), in press

Analysis of Bazimen Landslide Deformation Based on GPS Pengfei Tu1, a, Shengchao Wu1,b and Hongtao Li1,c 1College of Civil & Architecture Engineering of China Three Gorges University, Yichang, Hubei, 443002, China atupengfei2000@163.com, bwushengchao@yahoo.cn, clihongtao926@126.com Keywords: Landslide deformation, GPS monitoring, Rainfall, Reservoir water level, Regression analysis Abstract.
References [1] Tang Manjin: China Water Transport Vol. 5-10 (2007),p.85 [2] ZHENG Yingren, TANG Xiaosong: Chinese Journal of Geotechnical Engineering Vol. 29-8 (2007),p.1115 [3] Luo Xianqi, Ge Xiurun, Cheng Shengguo: Theory and its applications of model test landslide.
(China WaterPower Press,China 2008) [4] Yi Qinglin, ZENG Huaien, HUANG Haifeng: Geological Science and Technology Information Vol.29-6 (2010),p.106 [5] The Fourth survey and Design institute of China Railway: The report of Bazimen Landslide control engineering geology in three gorges reservoir area, Zigui County, Hubei province.

Simulation Analysis of Control Strategy for TLT Wheel Coordination Based on Constant Pressure Network Li Jun Zhao1, a, Na Li1, b, Tao Fang2, a 1School of Automobile Engineering, Harbin Institute of Technology, Weihai, 264209, China 2FAW Group Corporation R&D Center, Changchun, 132013, China aLijun7422@263.net, bLoraLee@yeah.net Keywords: Constant Pressure Network, Wheel Coordination, Facing-backward Simulation Model, Simulation Analysis Abstract.
Recently, success has been made applying the two technologies to vehicles, e.g., researchers in Milwaukee School of Engineering have successfully designed a small wheel-driven light-off vehicle with these technologies [4].
People's Republic of China Civil Aviation Industry Standard (In Chinese) [9] XQ.
Zhao: Automotive Engineering, Vol.23 (2001) No.6, p42.

Numerical simulation of fire in Logistics center ZHANG Jing-Jing1, a, QI Qing-Jie1, b, XU Chan-Juan2, c 1School of Safety Science and Engineering, Liaoning Technical University Safety, Liaoning Fuxin 123000,China; 2School of Material Science & Engineering, Xi'an University Of Architecture and Technology, Xi'an 710055,China awojiaozjj@126.com, bqi_qingjie@163.com, cxuchanjuan_1102@126.com Key words : logistics center; numerical simulation of fire; FDS Abstract: Goods and shelves are closely and numerously put in the logistics center, so there are many hidden dangers.
This simulation assumes conservatively that the fire increases along the t²curve at a rapid rate and the fire increasing coefficient is 0.04689 kW/s². 3.2 Setting maximum heat release rate According to Shanghai local standard "civil building smoke technical regulation" (DGJ08-88-2000),select 20MW as fire power in one scenario and 4MW as the maximum heat in another scenario in which the Sprinklers normally respond. 3.3 Setting fire position This simulation sets the biggest fire hazard in the center of storage area where goods and shelves are closely and numerously put and there are few workers.
Table 1 Total Fire scenarios form Fire scenario Fire height Fire increasing type Maximum heat release power Sprinkler system Venting and air make-up A 12m t²curve at a rapid rate 20 MW Lose efficacy Natural fire venting and air make-up B 8m t²curve at a rapid rate 4MW Normally respond 3.5 Modeling In the comprehensive consideration of the economy and in order to meet the engineering calculation accuracy, this simulation determines the meshing method of FDS model as Fig.3 shows.