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Circulation — 1000. Size 210×297

ISSN 2310-4376

DOI: 10.17273/CADGIS.2015.1

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Article from issue CAD & GIS for roads. — 2015. — No.1(4)

Software for wooden bridge span design

DOI: 10.17273/CADGIS.2015.1.8

  • A.E. Gostev, head of bridge section of Indor-Most LLC (Tomsk, Russia)

The article discusses the question of development of software for automated design of road wooden bridge spans. The adaptive pattern of elastic load distribution calculation based on obtained loading theorem providing optimal geometry elements choice is developed. It is given a comparison of the measured real spans deflection with the results of calculating using two methods.

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BiBTeX

@ARTICLE{Gostev2015:CADGIS-2015-1-8,
   author = "Gostev, A.E.",
   title = "Software for wooden bridge span design",
   journal = "CAD & GIS for roads",
   year = "2015",
   number = "1(4)",
   pages = "64--66",
   language = russian
}

Permanent URL

http://www.cadgis.ru/2015/4/CADGIS-2015-1(4)-08.Gostev(Wooden-bridges-software).pdf

Keywords

bridge, road bridge, wooden bridge, bridge design, computer-aided bridge design, CAD, computer-aided design, computer-aided road design, road design, highway engineering, roads, highways, road infrastructure

References

  1. Bochkariov N.N., Gostev A.E. Avtomatizirovannyy raschet elementov proletnykh stroyeniy avtodorozhnykh derevyannykh mostov [Automated calculation of spans of road wooden bridges] // Vestnik TGASU — Vestnik of Tomsk State University of Architecture and Building. 2004. No. 1. P. 195-204. (in Russian)
  2. Bochkariov N.N., Gostev A.E. Designing of variants of wooden span of road bridges // Proceedings International Conference VSU'2004. Bulgaria. Sofia. 2004. Vol.1. P. 27-32.
  3. Bochkariov N.N., Gostev A.E. Raschet davleniy na elementy proletnogo stroyeniya avtodorozhnogo derevyannogo mosta pri usechennykh skhemakh zagruzheniya [Calculation of pressure on the elements of the wooden bridge span in the truncated schemes of loading] // Vestnik TGASU — Vestnik of Tomsk State University of Architecture and Building. 2005. No. 1. P. 205-213. (in Russian)
  4. Rossiyskiy V.A., Brusentsov P.A., Lukin N.P. Raschet derevyannykh avtodorozhnykh mostov [Calculation of wooden road bridges]. Kiev: High school, 1973. 211 p. (in Russian)
  5. Katsyn P.A., Siber V.V. Proyektirovaniye i raschet derevyannykh avtodorozhnykh mostov [Design and calculation of wooden road bridges]. Tomsk, 1989. 166 p. (in Russian)

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