Submit an Article
Become a reviewer
Vol 156
Pages:
214-216
Download volume:
RUS
Article

From the experience of creating a high-altitude separation network in the construction of out-of-grade bridges

Authors:
E. S. Bogomolova1
O. N. Malkovskii2
About authors
  • 1 — St. Petersburg State Transport University
  • 2 — St. Petersburg State Transport University
Date submitted:
2003-06-24
Date accepted:
2003-07-08
Date published:
2004-09-09

Abstract

The issues of creating high-altitude networks to support the construction of large and out-of-grade bridges are considered. The main attention is paid to the transfer of marks through large water obstacles by methods of geometric and trigonometric leveling. Recommendations are given on methods of performing leveling on ice for rivers with stable ice cover, as well as for transferring marks on rivers in the absence of a stable ice cover. During transfer of marks the possibility of using modern electronic total stations is considered. Concrete examples of works on transfer of marks by leveling on ice (bridge crossing of the Kama river several kilometers long) are given, and also experience of creation of a height network during construction of the cable-stayed bridge through the Neva river in Saint Petersburg with the help of high precision levels and electronic total station is described.

Область исследования:
(Archived) Surveying and geodesy
Funding:

None

Go to volume 156

Similar articles

Consideration of environmental and economic consequences of mechanized logging when compiling the land cadaster
2004 V. F. Kovyazin
Problems of calculation of mine workings and underground structures lining
2004 N. S. Bulychev
Socio-economic substantiation of the rational use of real estate in the historic center of St. Petersburg
2004 K. S. Shanina
Research of regularities of geotechnological and qualimetric indicators of coals of the Tkibulskoe deposit
2004 A. N. Sheremet
Full-scale studies of the impact of dynamic phenomena on mine workings
2004 O. V. Kolosova
On the problem of strict alignment of geodetic networks developed by a set of satellite navigation system stations
2004 A. V. Astapovich, M. Ya. Bryn, I. V. Koltsov, V. V. Sugako