ENGINEERING GEOLOGY: SCIENCE, ART AND CHALLENGEA REVIEW ON ENGINEERING GEOLOGY IN CHINA FROM THE ANNUAL SYMPOSIUM

WU Faquan; QI Shengwen

doi:10.13544/j.cnki.jeg.2015.01.001

Volume 23 Issue 1

Feb. 2015

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WU Faquan, QI Shengwen. 2015: ENGINEERING GEOLOGY: SCIENCE, ART AND CHALLENGEA REVIEW ON ENGINEERING GEOLOGY IN CHINA FROM THE ANNUAL SYMPOSIUM. JOURNAL OF ENGINEERING GEOLOGY, 23(1): 1-6. doi: 10.13544/j.cnki.jeg.2015.01.001

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WU Faquan, QI Shengwen. 2015: ENGINEERING GEOLOGY: SCIENCE, ART AND CHALLENGEA REVIEW ON ENGINEERING GEOLOGY IN CHINA FROM THE ANNUAL SYMPOSIUM. JOURNAL OF ENGINEERING GEOLOGY, 23(1): 1-6. doi: 10.13544/j.cnki.jeg.2015.01.001

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ENGINEERING GEOLOGY: SCIENCE, ART AND CHALLENGEA REVIEW ON ENGINEERING GEOLOGY IN CHINA FROM THE ANNUAL SYMPOSIUM

doi: 10.13544/j.cnki.jeg.2015.01.001

WU Faquan,
QI Shengwen^,

Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing 100029

Received Date: 2015-01-04
Rev Recd Date: 2015-01-19
Publish Date: 2015-02-25

Abstract

Abstract

This is a summary of the 2014 annual symposium of engineering geology in Taiyuan. The meeting gathered around 800 experts and scholars at the topic of the Major Engineering Geological Issues Induced by Resources Development. Through 15 invited lectures, 69 speeches in 3 sessions and the papers published in the proceedings, the meeting has reflected the state of art of engineering geology in China with the following features: (1)Touch the frontier of the discipline; (2)Provide technical supports to the regional economic development; (3)More internationalized and popularized with the active participation of enterprises; (4)Strongly promoted by the application of new technology; (5)Young professionals act as a vital force in the academic stage, and (6)Philosophical thinking makes the engineering geologists entered a new realm. The paper also pointed out the challenges to engineering geology in Chinese, firstly the gap between the poor fundamental research and the demand of the industry; secondly the urgency for the reconstruction of discipline spirit.
- Summary of symposium,
- Engineering geology,
- Resources development,
- Environment,
- Progress,
- Challenge

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References(1)

References

Gu D Z. 1979. Foundation of engineering geomechanics of rock mass[M]. Beijing: Science Press.

Huang Y. 2014. Study on flow behavior of soil particles in micro gravity environment[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Li B. 2014. New technology for geological disaster investigation in emergence condition[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Li Q M. 2014. The coastal area China city orbit traffic seawater corrosion and concrete[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Li W P. 2014. The dynamic evolution of water resources and the water reservoir space preliminary study in Northwest Jurassic coal seam mining[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Liu C,Shi B,David D P. 2014. Development and application of three dimensional discrete element method of large scale simulation system of rock and soil[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Liu J. 2014. Analysis on the characteristics of environmental geological problems in Shanxi area due to the resource development[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Liu Y H. 2014. Geological disaster weather warning technology progress in recent ten years[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Lǚ H C. 2014. Improvement and innovation of flexible protection system[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Peng J B. 2014. A story on Fenwei Basin ground fissure: The laws of nature and disaster response[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Qi S W,Guo S F,Zheng B W. 2014. Study on stress and rock mass structure control coordination[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Shi B. 2014. From Faraday to geological field and then to distributed monitoring[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Sui W H. 2014. The mining of water and sand burst disaster and prevention[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Wang C L. 2014. Several difficult engineering geological problems of railway and its countermeasures in Shanxi area[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Wang S J. 2014. The power of wisdom in engineering geology[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Xue Y G. 2014. Large water sealed underground oil storage caverns seal study[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Yao X. 2014. Engineering geology problem in Zhongba economic corridor[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Yin Y P. 2007. Crisis and reconstruction: the development of engineering geology[R].Wulumuqi: The 2nd conference of the eighth national engineering geology committee.

Yuan K F. 2014. Study on loess structure and its moisture shear characteristics[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Zhang B. 2014. Experimental study using the deep gypsum mined out area to build underground oil storage cavern[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Zhang S S. 2014. The bank deformation instability problem due to impoundment of large reservoirs in Sichuan[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

Zhang Z Y,Wang S T,Wang L S. 1994. Principles of engineering geology[M]. Beijing: Geological Publishing House.

Zhao Y L. 2014. Cause and presention of Futang debris flow in Wenchuan county[R].Taiyuan: The 3rd conference of the ninth national engineering geology committee.

谷德振. 1979. 岩体工程地质力学基础[M]. 北京:科学出版社.

黄雨. 2014. 微重力环境下土体颗粒的流动性态研究[R].太原:第9届3次全国工程地质大会青年特邀报告.

李滨. 2014. 地质环境灾害调查与应急新技术[R].太原:第9届3次全国工程地质大会分组报告.

李清明. 2014. 中国沿海地区城市轨道交通海水腐蚀性及混凝土[R].太原:第9届3次全国工程地质大会分组报告.

李文平. 2014. 西北侏罗系煤层开采水资源动态演化及采空区储水初步研究[R].太原:第9届3次全国工程地质大会分组报告.

刘春,施斌,David D P. 2014. 岩土体大型三维离散元模拟系统的研发与应用[R].太原:第9届3次全国工程地质大会青年特邀报告.

刘瑾. 2014. 山西地区资源开发及其引发的环境地质问题特征分析[R].太原:第9届3次全国工程地质大会特邀报告.

刘艳辉. 2014. 地质灾害气象预警十年技术进展[R]. 太原: 第9届3次全国工程地质大会分组报告.

吕汉川. 2014. 柔性防护系统改进与创新[R].太原: 第9届3次全国工程地质大会分组报告.

彭建兵. 2014. 汾渭盆地地裂缝的故事:自然规律与减灾应对[R].太原:第9届3次全国工程地质大会特邀报告.

祁生文,郭松峰,郑博文. 2014. 岩体结构-应力协同控制与转化机制研究[R].太原:第9届3次全国工程地质大会特邀报告.

施斌. 2014. 从法拉第到地质场再到分布式监测[R].太原:第9届3次全国工程地质大会特邀报告.

隋旺华. 2014. 采掘水砂突涌灾害与防治[R].太原:第9届3次全国工程地质大会分组报告.

王春雷. 2014. 山西地区铁路几个疑难工程地质问题与对策[R].太原:第9届3次全国工程地质大会分组报告.

王思敬. 2014. 工程地质学的智慧力[R].太原:第9届3次全国工程地质大会分组报告.

薛翊国. 2014. 大型地下水封储油洞库水封性研究[R].太原:第9届3次全国工程地质大会特邀报告.

姚鑫. 2014. 中巴经济走廊工程地质问题[R].太原:第9届3次全国工程地质大会分组报告.

殷跃平. 2007. 危机与重塑:论工程地质学的发展[R].乌鲁木齐:第8届2次全国工程地质大会特邀报告.

员康锋. 2014. 黄土湿剪特性与结构性研究[R].太原:第9届3次全国工程地质大会分组报告.

张彬. 2014. 利用深部石膏矿采空区建造地下石油储备库试验研究[R].太原:第9届3次全国工程地质大会分组报告.

张世殊. 2014. 四川地区大型水库蓄水后引起的库岸变形失稳问题[R].太原:第9届3次全国工程地质大会分组报告.

张倬元,王士天,王兰生. 1994. 工程地质分析原理[M]. 北京:地质出版社.

赵玉林. 2014. 地震灾区汶川县福堂沟泥石流成因及防治建议[R].太原:第9届3次全国工程地质大会分组报告.

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