工程地质信息化设计及其在交通工程中的应用

唐辉明; 陈建平; 程新生

Volume 26 Issue 4

Jul. 2001

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Article Navigation > Earth Science > 2001 > 26(4): 331-335

TANG Huiming, CHEN Jianping, CHENG Xinsheng, 2001. INFORMATION DESIGN IN ENGINEERING GEOLOGY AND ITS APPLICATIONS IN COMMUNICATION ENGINEERING. Earth Science, 26(4): 331-335.

Citation:

TANG Huiming, CHEN Jianping, CHENG Xinsheng, 2001. INFORMATION DESIGN IN ENGINEERING GEOLOGY AND ITS APPLICATIONS IN COMMUNICATION ENGINEERING. Earth Science, 26(4): 331-335.

TANG Huiming, CHEN Jianping, CHENG Xinsheng, 2001. INFORMATION DESIGN IN ENGINEERING GEOLOGY AND ITS APPLICATIONS IN COMMUNICATION ENGINEERING. Earth Science, 26(4): 331-335.

Citation:

TANG Huiming, CHEN Jianping, CHENG Xinsheng, 2001. INFORMATION DESIGN IN ENGINEERING GEOLOGY AND ITS APPLICATIONS IN COMMUNICATION ENGINEERING. Earth Science, 26(4): 331-335.

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INFORMATION DESIGN IN ENGINEERING GEOLOGY AND ITS APPLICATIONS IN COMMUNICATION ENGINEERING

1.
Engineering Faculty, China University of Geosciences, Wuhan 430074, China
2.
Second Institute of Navigational Exploration and Design of MC, Wuhan 430071, China

Received Date: 2001-04-05
Publish Date: 2001-07-25

Abstract

Abstract

Information design in engineering geology (IDEG) is a new extension of engineering geology and is of very great significance for optimum design of rock and soil engineering. According to theoretical research and engineering practice, we put forward some theories of IDEG in this paper. The principles and methods of IDEG are introduced and the working steps of information design are deduced. The techniques used in information design, i. e., the network simulation of fractures in rock mass, numerical simulation and geophysical information system (GIS) and key technique are discussed systematically. Finally, taking Dawu slope engineering of Jingzhu highway as an example, we have introduced the process and the steps of IDEG in detail, which shows that IDEG has many advantages in engineering operation.
- engineering geology,
- information design,
- numerical simulation,
- network simulation of fracture in rock mass,
- geographic information system (GIS)

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References(2)

References

[1]	TangH M. A study on rock slope stability by the method of damage mechanics[A]. 8th international IAEG congress[C]. Rotterdam: Balkema AA, 1998. 1293-1298.
[2]	Tang H M, Liu Y R, Hu X L. Stability and treatmentof the front region of Huangtupo landslide in the reservoir areas of the Three Gorges Project, China. [A]. Landslides in research, theory and practice[C]. London: Thomas Telferd, 2000. 1437-1442.