Submit an Article
Become a reviewer
Vol 153
Pages:
78-80
Download volume:
RUS

Far Eastern State University of Railway Transport Assessment of landslide hazard in rock slopes of the Far Eastern Railway based on the study of fracturing

Authors:
S. V. Kvashuk1
D. Yu. Maleev2
About authors
  • 1 — Far Eastern State Transport University
  • 2 — Far Eastern State Transport University
Date submitted:
2002-06-19
Date accepted:
2002-07-20
Date published:
2003-03-20

Abstract

The causes and conditions of landslide hazard in a 35 m deep, 240 m long rock excavation located at 46 km of the Izvestkovaya - Chegdomyn line, passing in the eastern marginal part of the Bureyn middle massif, which is central to the Amur geoblock of the Pacific mobile belt, characterized by complex and diverse engineering and geological conditions, were studied in detail. Seven fracture systems have been identified, three of which are major. A general conclusion is valid for the whole caving area: the fracture hollowness of rocks is abnormally high, and the blockiness of rocks is dense. Three zones have been studied in the weathering crust, their total thickness is about 40 m. Stability of excavation slopes is a little more than unity, but during earthquakes of intensity 4.0 points and more, collapses up to several hundred cubic meters are possible.

Go to volume 153

References

  1. Варга А. А. Инженерно-тектонический анализ скальных массивов. М.. Недра, 1988. 216 с.
  2. Газиев Э.Г Устойчивость скальных массивов и методы их закрепления. М.. Стройиздат, 1977. 160 с.
  3. Гудмаи Р Механика скальных пород / Под ред. С.Б.Ухова. М.. Стройиздат, 1987 232 с.
  4. Корчагин Ф.Г Геодинамика Амурского геоблока / Проблемы геодинамики и прогноза землетрясений. I Российско-японский семинар, Хабаровск, 26-29 сентября 2000 г Под ред. Ф.Г Корчагина. ИтиГ ДВО РАН. Хабаровск, 2001. С. 18-3 9.
  5. Красный Л.И. Геология региона Байкало-Амурской магистрали. М.: Недра, 1980. 159 с.
  6. Ломтадзе В.Д. Инженерная геология. Инженерная геодинамика. JL: Недра, 1977. 479 с.
  7. Ломтадзе В.Д. Инженерная геология. Инженерная петрология. Л.: Недра, 1984. 511 с.
  8. Pan MB. Трещиноватость и свойства трещиноватых горных пород / М.В.Рап, С.Н.Чернышев. М.. Недра, 1970. С.164.
  9. Рекомендации по изучению трещиноватости горных пород при инженерно-геологических изысканиях для строительства. М.: Стройиздат, 1974. 40 с.

Similar articles

Problems of creating permanent mathematical models of large regions
2003 V. V. Antonov, D. L. Ustyugov
Role of the Mining Institute and the Geological Committee in the organization and formation of the State Geological Service of Russia: A History in Persons
2003 A. Kh. Kagarmanov
Engineering and environmental problems in the development of the V.P. Grib diamond deposit
2003 A. I. Arnautov, M. S. Iskhakov
Current state and problems of geotechnical surveys for hydraulic engineering
2003 V. O. Istochnikov, S. V. Kriventsov
Environmental monitoring at solid domestic and industrial waste landfills
2003 O. M. Guman
Assessment of the condition of the encircling earth dam of the upper basin of the Zagorskaya HPP based on the permanent numerical model
2003 Yu. N. Kolomiitseva