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Earnestly deal industrial legacy building “go” and “stay”，not only to accelerate socio-economic development and urban construction, it is also our respect of history and the responsibility for the industrial cultural of continue heritage. 2 The characteristic and problems of Changchun City industrial legacy building 2.1 Early industrial legacy buildings Tian Xingfu, Fushun thick fire mill built in the early 20th century, located in the Black sea of east eight road near the Seventieth school.
Today, Fushun thick fire mill into residential, Tian Xingfu fire mill has also been idle, and around them there are abandoned factories and shabby neighborhoods, poor environment.
（Picture 1, 2, 3） Picture7 Tian Xingfu mill fire Picture8 Fushun thick fire mill Picture9 Surroundings 2.1.1 Feature Before the liberation, Russo-Japanese occupied Changchun and construct in their occupied territories as flour, grain and oil processing based industrial buildings and its outbuildings.
Such as Changchun Tian Xingfu, Fushun thick fire mill and so on. 3.2 Interior space optimization and recombination method This transformation approach is in order to meet the new features, the interior space to transform the building, there are two methods: The first one is the transformation of the functions similar to the original, the main structure of the building reserved, only for non-load bearing walls demolished by reducing or adding sandwich to achieve new functionality.
Changchun：Changchun Fang Yuan Printing Co.，2007 [2] Yang Jing，Sun Ruifeng.

Dynamic simulation analysis of a cracked flexible rotor supported on rotor-rolling bearing based on virtual prototyping technology Tian Han 1, a, Jie Bai 1,b and Zhongjun Yin 1,c 1 School of Mechanical Engineering, University of Science and Technology Beijing, 30 Xueyuan Road, Haidian District, 100083, Beijing, China ahantian@ustb.edu.cn, bbaijieoutlook@yahoo.com.cn, cyinzhongjun@ustb.edu.cn Keywords: virtual-prototype, cracked-rotor, rolling bearing, swing Abstract.
[3] Chengbing He, Yujiong Gu and Kun Yang: Journal of Vibration, Measurement & Diagnosis Vol. 22 (2002), p.190-195.In Chinese
[5] Yu Tian and Chengying Li: Journal of Liaoning Institute of Technology Vol. 27(2007), p.172-175.In Chinese

[3] Zhou, Y.; Zhu, Q.; Tian, J.; Jiang, F.
Yang, H.
Yang, L.
Tian, L.
Yang, H.

The theory representative mature such as SHI (Supple Heat Index) and RHI (Return Heat Index) proposed by Sharma [3], β proposed by Bash[4], RCI (Rack Cooling Index) and RTI (Return Temperature Index) proposed by Herrlin [5], as well as Mixing index evaluation system proposed by Tian Hao [6] et al..
For example, the cabinet outlet air without cooling again inhaled inside the cabinet. 3.1 Existing discovery method Currently, the mature methods to find local hot spot are β proposed by Bash and the mixing index proposed by Tian Hao.
Data fitting method compared with Tian Hao's the mixing index, which can forecast local hot spot better.
[2]Yang ping,Xiao ying,Jian qifei,Luo xuewei,Liu wenfei.
[6]Tian hao,Li zhen,Liu xiaohua,Qian xiaodong.

Yang, Q.X.
Yang, Q.X.
Tian, G.S.
Tian, Electric conductivities of ultrafine W-Cu materials, Trans.

Graft copolymerization of chitosan with L-lactide under microwave irradiation Tian Ye 1,2,a, Zeng Qinghui 3,* ,b Ren Yaqing1,cand He Xiaofan 1,c 1 Guangdong Medical Equipment Quality Supervision and Inspection, Guangzhou 510663, China; 2Guangzhou Biomedical Blood Purification Materials Research and Development Key Laboratory, Guangzhou 510632, China 3Department of Materials Science and Engineering, Jinan University, Guangzhou 510632, China; a fattian@163.com, b zeng09@sina.com.cn, c 958521529@qq.com, dHXF601717@163.COM Keywords: Microwave irradiation; Graft copolymerization; Chitosan; Poly(L-lactide) Abstract.
Yang, C.C.
Tian and K.A.
Yang and Q.Q.

Reference [1] Yu Tian, Hui Zhang.
[3] Ji-ming Yi, Jing Yang, Liang-feng Zhang.
Light industry machine, 2009 (5) [5] Shui Jun-feng, Guo Hai-tian, Chen Shu-xiao etc.

Modal Analysis of School Bus Body Frame Zhewen Tian 1,Yugang Wei 1 ,Haojie Si1,Xiaoming Mei2,Yong Kuang2 1Hubei Key Laboratory of Advanced Technology of Automobile Parts, School of Automobile, Wuhan University of Technology, Wuhan 430070, China 2DongFeng Touring Car Co Ltd, Xiangyang 441000, China tzw0290@163.com,Wyg1539@163.com Keywords: Workbench, Body frame, Free modal, Vibration characteristics Abstract.
Tian: Journal of Shanxi University of S&T, Vol. 26 (2008) No.6, p.150-153 [2] W.J.
Yang, J.Y.
Tian: Example of Application, (2009) No.6, p.63-65 [7] L.J.

The principle and idea on reducing earthquake disasters using light reinforced soil HOU Tian-shun1, a, WANG Wei1, b, YANG Xiu-juan1, c, OUYANG Hui2, d 1 College of Water Resources and Architectural Engineering, Northwest A&F University, Yangling 712100, Shaanxi, China; 2 Faculty of Engineering, China University of Geosciences, Wuhan 430074, Hubei, China a houtianshunyx@sina.com, b 1508276934@qq.com, c ylinyu@163.com, d 364357070@qq.com Keywords: earthquake; passive vibration isolation model; light reinforced soil; light weight soil; reinforced soil Abstract: In order to reduce the hazards of earthquake disasters on human, basic principle of reducing vibration is discussed by establishing passive vibration isolation model.
[4]YANG Wei-ran, ZENG Zuo-xun, LI De-wei, et al.
[6]HOU Tian-shun.
[8]XU Guang-li, YANG Yin-hu.

Acknowledgement In this paper, the research was sponsored by 2012 Shenzhen Science and technology project(JCYJ20120615101918764); 2012 Guangdong University Students' Entrepreneurship Program project; 2010 major project of Shenzhen Institute of Information Technology(ZD201002) References [1] LI Xue-mei，LU Wei-hua，YANG Yun-ze.
[2] TANG Xiong，XIAO Shu-hong，TIAN Tian.