CALENDAR-NETWORK PLANNING OF CONSTRUCTION OF LINEAR OBJECTS IN THE MEDIUM OF MS PROJECT
https://doi.org/10.26518/2071-7296-2017-4-5(56-57)-68-77
Abstract
The article reveals the features of the organizational and technological design of linearextended objects in the context of modern development of information modeling technologies for highways (IMD). The method of automated construction of calendar-network schedules of construction of highways in the MS Project environment is proposed, taking into account the spatial decomposition of a linearly extended object into homogeneous areas. The principles of hierarchical structuring of types of work and technological processes are indicated. An example of a transition from a linear graph and a Gantt chart constructed in the MS Project to network models using the critical path method is given, taking into account the options for stretching frontal and resource links between the work. The conditions for simulation modeling in the MS Project environment for identifying the risks of production and operational management of construction . The approach outlined in the article reveals additional possibilities for designing the organization of construction of linear objects aimed at improving the effectiveness of methods of information modeling in construction.
About the Authors
T. V. Bobrova
FGBOU V SibADI
Russian Federation
Dr. Tech. In Economics, Professor of the Department «Economics and Project Management in Transport Construction»
Russian Federation
Dr. Tech. In Economics, Professor of the Department «Economics and Project Management in Transport Construction»
A. A. Dubenkov
Ronas IT Company
Russian Federation
Software Engineer
Russian Federation
Software Engineer
References
1. Bojkov V.N. IT-tehnologii v podderzhke zhiznenno gocikla dorog.SAPR i GIS avtomobilnyh dorog [IT-technologies in supporting the life cycle of roads], 2014. no. 1(2).pp. 1-7. (rus)
2. Barannik S.V. Primenimost BIM-tehnologij v dorozhnoj otrasli.SAPR i GIS avtomobilnyhdorog [Applicability of BIM-technologies in the road sector], 2015 no 1(4) P. 24-28.(rus)
3. Velichko G.V. Kak razvivat otechestvennye tehnologii informacionnogo model irovaniya dorog? [How to develop domestic technologies of information modeling of roads?]SAPR i GIS avtomobilnyhdorog, 2015. no. 2(5).pp.13-19.(rus)
4. Skvorcov A.V. Normativno-tehnicheskoe obespechenie bim avtomobilnyh dorog.SAPR i GIS avtomobilnyhdorog [Normative and technical support of bim highways], 2014. no 2(3). pp. 22- 32. (rus)
5. Mironyuk V.P. Struktura informacionnoj modeli avtomobilnodorogina pred proektnoj stadii [The structure of the information model is automotive at the pre-project stage]. SAPR i GIS avtomobilnyhdorog, 2015. no 2(5). pp. 25-29.(rus)
6. Skvorcov A.V. Trudnosti perehoda ot avtomatizirovannogo proektirovaniya k informacionnomu modelirovaniyu dorog [Difficulties of transition from computer-aided design to informational modeling of roads]. SAPR i GIS avtomobilnyhdorog, 2015. no.2(5).pp. 4-12.(rus)
7. Chavada R., Dawood N., Kassem M. Construction workspace management: the development and application of a novel nd planning approach and tool [Construction workspace management: the development and application of a novel nD planning approach and tool]. J. Inform. Technol. Constr. (ITcon). 2012. Vol. 17. pp. 213- 236.
8. Ting W., Ying Y., Xiao L. The impact of BIM application to the project organizational process [The impact of BIM application to the project organizational process]. Prd International Conference on Civil Engineering, Architecture and Building Materials. Jinan, 2013. no 357. pp. 2524-2528.
9. Moon H., Dawood N., Kang L. Development of workspace conflict visualization system using 4D object of work schedule [Development of workspace conflict visualization system using 4D object of work schedule]. Advanced Engineering Informatics, 2014. Vol. 28, no.1. pp.50-65.
10. Kang l.S., Moon H.S., Dawood N., Kang M.S. Development of methodology and virtual system for optimised simulation of road design data [Development of methodology and virtual system for optimised simulation of road design data]. Automation in Construction, 2010. Vol 19. no. 8. pp. 1000-1015.
11. Rajkova L.S D.A. 3D-vizualizaciya kak sovremennaya tehnologiy apovysheniya kachestva proektnyh reshenij [3D-visualization as a modern technology to improve the quality of design solutions]. L.S. Rajkova, S.S. Anisimov, D.A. Petrenko. SAPR i GIS avtomobilnyh dorog, 2014. no 1(2). pp. 20−24. (rus)
12. Ligockij A.N. Informacionnoe modelirovanie pri razrabotke proektnoj dokumentacii. SAPR i GIS avtomobilnyh dorog [Information modeling in the development of project documentation, CAD and GIS roads]. 2016. no. 1(6). pp 12-18. (rus)
13. Organizaciya stroitelstva [Organization of construction]. SNiP 12-01-2004* (SP 48.13330.2011). Organization of construction. VzamenSNiP 3.01.01-85*. Vved. 2015.01.01. SPb. DEAN., 2005. 63p.(rus)
14. SP 32-104-98 (aktual. 2008.10.01.) Proektirovanie zemlyanogo polotna zheleznyh dorog kolei 1520mm [Design of the roadbed of railways of the gauge 1520mm].Utv. OAO CNIIS, 1996.12.27. 95p.(rus)
15. Bovteev S. V. Informacionnye tehnologii v stroitelstve [Information technologies in construction]. Upravlenie stroitelnymi proektami v srede Microsoft Project 2013 Professional :ucheb. posobie. S. V. Bovteev. SPb. Izd-voPolitehn. unta, 2013. 292 p. (rus)
16. Karpov B.N. Osnovy stroitelstva, remonta i soderzhaniya avtomobilnyh dorog [Fundamentals of construction, repair and maintenance of highways]. uchebnik dlya stud.uchrezhdenjsre.prof. obrazovaniya. B.N. Karpov. Moscow, Izdatelskijcentr «Akademiya», 2011. 208 p.(rus)
17. Bobrova T.V. Sovershenstvovanie organizacionno-tehnologicheskogo proektirovaniya linejnyh transportnyh obektov na osnove modelirovaniyaih prostranstvennoj dekompozicii [Improvement of organizational and technological design of linear transport objects on the basis of modeling their spatial decomposition]. T.V. Bobrova, A.A. Dubenkov, I.V.Tytar.Sistemy.Metody.Tehnologii. 2016, no.4. pp.169-175. (rus)
18. Bobrova T.V. Modelirovanie proektnyh reshenij zemlyanogo polotna v usloviyahkriolitozony: monografiya [Modeling of design decisions of a road cloth in the conditions of cryo-lithozones]. T.V. Bobrova, E.A. Bedrin , A.A. Dubenkov. Omsk, SibADI, 2016. 164p. (rus)
19. Dubenkov, A.A. Strukturno-modulnyjpodhod k proektirovaniy u zemlyanogo polotna avtomobilnyh dorog v usloviyah mnogoletne merzlyh gruntov na osnove linejnogo rajonirovaniya [Structural-modular approach to the design of the roadbed of motor roads in conditions of permafrost soils on the basis of linear zonation]. avtoref. dis…kand.tehn.nauk: 05.23.11.A.A.Dubenkov; nauch.ruk.doc. E.A. Bedrin. SibADI, Omsk, 2015. 23 p.(rus)
20. Bobrova, T.V. Proektno-orientirovannoe upravlenie proizvodstvom rabot na regionalnoj seti avtomobilnyh dorog [Project-oriented management of the production of works on the regional network of highways: monograph]. Monografiya, Omsk, Izd-voSibADI, 2006. 334 p.(rus)
21. KaluginYu.B. Universal method for calculation of reliable completion times [Universal method for calculation of reliable completion times]. Magazine of Civil Engineering. 2016. no. 7. pp. 70–80. (rus)
22. Sinenko S.A. Primenenie sovremennyh informacionnyh tehnologij dlya formirovaniya tehnologicheskih kart vypolneniya stroitelnyh processov [Application of modern information technologies for the formation of technological maps for the implementation of construction processes]. Evrazijskij Soyuz Uchenyh (ESU) no 5(14), TEHNIChESKIE NAUKI. pp.149-151. (rus)
Review
For citations:
Bobrova T.V., Dubenkov A.A. CALENDAR-NETWORK PLANNING OF CONSTRUCTION OF LINEAR OBJECTS IN THE MEDIUM OF MS PROJECT. The Russian Automobile and Highway Industry Journal. 2017;56(4-5(56-57)):68-77. (In Russ.) https://doi.org/10.26518/2071-7296-2017-4-5(56-57)-68-77
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