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An Improved Finite Element Method of Rock Stress Field Back Analysis Coupling with Genetic Algorithm
Online since: May 2012
Authors: Hua Zhou, Yuan Huang, Xiao Tao Wu, Dong Ni Zhou, Tian Tian
An Improved Finite Element Method of Rock Stress Field Back Analysis Coupling with Genetic Algorithm
Hua Zhou1,a, Xiaotao Wu1,b, Yuan Huang1,c, Dongni Zhou1,d and Tian Tian1,e
1Changjiang Institute of Survey, Planning, Design and Research, Wuhan, 430010, China
azhouhua@cjwsjy.com.cn, bwuxiaotao@cjwsjy.com.cn, chyuan08@163.com,
dbonnie_zhou1111@yahoo.com.cn, etiantian13@163.com
Keywords: finite element method, rock stress field, back analysis, coupling, genetic algorithm.
References [1] Yang Linde.
(in Chinese) [5] Yang Zhishuang, Pan Mao.
References [1] Yang Linde.
(in Chinese) [5] Yang Zhishuang, Pan Mao.
Online since: December 2012
Authors: Rong Fang Zong, Jing Ming Tian
The Moisture Testing System for Ultra-dry Granular Material
Zong Rong-fang1, a, Tian Jing-ming1,b
1School of Electronic Engineering Huaihai Institute of Technology Lianyungang, China
azrf_cdy@sina.com, b309434286@qq.com
Keywords: Ultra-dry granular material; Data acquisition; Humidity sensor; LabVIEW
Abstract.
References [1] Xia Qian, Project of the MGIDS(Multi-channel Granary Temperature Detection System), Instrument Technology and Sensor[J],2003(2):39-42 [2] Zhang Meng-zhu, Ge Zhen-yang, Moisture testing system for ultra-dry granular material based on LabVIEW[J], 2011(1):36-38 [3] Li Shanji, Piao Xiangfan, Design for wireless checkout system of cereal temperature, Microcomputer Information[J], 2005(10):93-94,105 [4] Liu Duren, Han BaoJun. sensor principle and application of technology [M].
References [1] Xia Qian, Project of the MGIDS(Multi-channel Granary Temperature Detection System), Instrument Technology and Sensor[J],2003(2):39-42 [2] Zhang Meng-zhu, Ge Zhen-yang, Moisture testing system for ultra-dry granular material based on LabVIEW[J], 2011(1):36-38 [3] Li Shanji, Piao Xiangfan, Design for wireless checkout system of cereal temperature, Microcomputer Information[J], 2005(10):93-94,105 [4] Liu Duren, Han BaoJun. sensor principle and application of technology [M].
Online since: May 2012
Authors: Yang Ju, Kai Pei Tian, Jin Hui Liu, Hong Bin Liu, Jiang Tao Zheng, Li Wang, Qin Gang Zhang
Temperature and stress fields of reactive powder concrete
under high temperature
Jinhui Liu1,a, Hongbin Liu1,b, Yang Ju1,c, Kaipei Tian1,d,
Wang Li1,e, Qingang Zhang1,f, Jiangtao Zheng1,g
1State Key Laboratory of Coal Resources and Safe Mining, Beijing Key Laboratory of Fracture and Damage Mechanics of Rocks and Concrete, China University of Mining and Technology, Beijing 100083, China
aljh_200610@163.com, blhb@cumtb.edu.cn, cjuy@cumtb.edu.cn, dtiankp@163.com,
echubai000624@163.com, fzqgcool@163.com, gzjt27710@163.com
Keywords: Reactive Powder Concrete (RPC), High Temperature, Temperature Field, Stress Field, Thermal Parameter
Abstract.
Yang: Concrete (in Chinese), Vol.12 (2010), P.27 [4] Y.
Tian, S.
Yang: Concrete (in Chinese), Vol.12 (2010), P.27 [4] Y.
Tian, S.
Online since: May 2011
Authors: Xin Ping Li, Xing Hong Wu, Ya Ni Lu
In view of the fact that large amounts of tonhaltig phyllite were found along the Shi-Tian expressway line, these soft rocks could not meet the roadbed filling requirements.
Yang, M.H.
Yang, M.H.
Online since: September 2012
Authors: Jian Hu Jiang, Li Jun Song
[2] TIAN Shanjun, LI Yuanzong, QING Wenbing.
[5] Wang,Zhuqiu Yang,Xiaofei.
[5] Wang,Zhuqiu Yang,Xiaofei.
Online since: December 2012
Authors: Qing Liu
[4] Chen Peng,Yu-Chu Tian: Journal of Computational and Applied Mathematics Vol. 214 (2008), p. 480
[6] Weiqing Huang, Xiuxi Li, Siyu Yang, Yu Qian: Chemical Engineering Research and Design Vol. 8 (2011), p. 1938
[6] Weiqing Huang, Xiuxi Li, Siyu Yang, Yu Qian: Chemical Engineering Research and Design Vol. 8 (2011), p. 1938
Online since: October 2013
Authors: Ya Rong Wang, Pei Rong Wang
References
[1] Shiming Yang,Wenquan Tao, Heat Transfer Theory, Higher Education Press,Beijing 2006.In Chinese
[2] Weidao Shen, Tongjun Geng,Engineering Thermodynamics, Higher Education Press,Beijing 2007.In Chinese
[3] Xuexue Zhang, Thermo Engineering Theoretical Basis, Higher Education Press,Beijing 2010.In Chinese
[4] Zhaohui Jing,The Thermal Theory and Application, China Electric Power Press, Beijing 2009.In Chinese
[5] Yarong Wang,Zhimin Tian and Hongyuan Ma, Heat Exchanger, China Machine Press,Beijing 2012.In Chinese
[6] J.P.Holman, Heat Transfer, China Machine Press,Beijing 2008.In Chinese
[7] Lei Zhao, Engineering thermodynamics(A Bilingual Textbook), China Architecture Press,Beijing 2012.In Chinese
Online since: July 2013
Authors: Min Li Yu, Yan Jun Bi, Hong Xiu Meng
[3] Zhengkai Tian, Jun Zeng, Chunmei Zhou, Electronics Quality, 2012,7(7):5-6,14, In Chinese
[4] Haigang Yang, Jiabin Sun, Wei Wang, Journal of Electronics & Information Technology, 2010,3(32):714-727, In Chinese
[4] Haigang Yang, Jiabin Sun, Wei Wang, Journal of Electronics & Information Technology, 2010,3(32):714-727, In Chinese