METHODS OF SELECTING THE EFFECTIVE MODELS OF BUILDINGS REPROFILING PROJECTS
DOI:
https://doi.org/10.20998/2413-3000.2016.1173.15Keywords:
process modeling, selection of effective model, experimental statistical modeling, reprofilingAbstract
The article highlights the important task of project management in reprofiling of buildings. It is expedient to pay attention to selecting effective engineering solutions to reduce the duration and cost reduction at the project management in the construction industry. This article presents a methodology for the selection of efficient organizational and technical solutions for the reconstruction of buildings reprofiling. The method is based on a compilation of project variants in the program Microsoft Project and experimental statistical analysis using the program COMPEX. The introduction of this technique in the realigning of buildings allows choosing efficient models of projects, depending on the given constraints. Also, this technique can be used for various construction projects.References
Topchiy D. V. (2008). Rekonstruktsiya i pereprofilirovanie proizvodstvennyih zdaniy. [Reconstruction and reprofiling of industrial buildings]. Mosow: Assotsiatsiya stroitelnyih vuzov (ASV), [in Russian].
Myers R., & Montgomery D. (2002). Response Surface Methodology: Process and Product Optimization Using Designed Experiments– 2nd ed. John Wiley & Sons, [in English].
Adler Y. P., Markova E. V., & Granovskiy Y. V. (1971). Planirovanie eksperimenta pri poiske optimalnyih usloviy. [Experiment planning at the search for optimal conditions]. Mosow: Nauka, [in Russian].
Nalimov V. V. (1971). Teoriya eksperimenta. [The theory of an experiment]. Mosow : Nauka [in Russian].
Krakovskiy G. I., & Filaretov G. F. (1982). Planirovanie eksperimentov. [Experiment planning]. Minsk: BTU [in Russian].
Voznesenskiy V. A. (1981). Statisticheskie metodyi planirovaniya eksperimenta v tehniko-ekonomicheskih issledovaniyah. [Statistical methods for experiment planning in the feasibility study]. Mosow: Finance and Statistics [in Russian].
Voznesenskiy V. A., Lyashenko T. V., & Ogarkov B. L. (1989). Chislennyie metodyi resheniya stroitelno-tehnologicheskih zadach na EVM. [Numerical methods for the construction and of technological tasks on a computer]. Kyiv: Vischa shkola [in Russian].
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Copyright (c) 2016 Александр Иванович МЕНЕЙЛЮК, Лилия Вячеславовна ЛОБАКОВА
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