Influence of carrier rockets decomposition on the accuracy of Price Planning
( Pp. 42-44)

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Veiko A.V. veduschiy inzhener
FGUP TSNIIMASH
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Abstract:
Task - The main problem facing specialists who are planning the launch vehicle prices, is to achieve maximum accuracy in the forecast under the time resources limitation. In this sense, definition of a reasonable level of objects decomposition is actual. Model - statistics were collected on the technical and economic performance of family of carrier rockets «Ariane» during solving this problem. Based on these data, the optimal level of the object decomposition was obtained. Conclusions - to plan the price, the optimal level of decomposition will be the fifth level of rocket carrier structuring (the division into structure, engines and control system of rocket units) since further disaggregation will be followed by an unacceptable increase in the complexity of information-gathering. Framework research/possibility of the subsequent use of results of scientific work - It is applicable in practice to plan the development management of domestic space transportation systems. Originality/value - This work is directed for decision-makers concerning about development trends of space transport systems
How to Cite:
Veiko A.., (2014), INFLUENCE OF CARRIER ROCKETS DECOMPOSITION ON THE ACCURACY OF PRICE PLANNING. Business in Law, 2: 42-44.
Reference list:
Dean E. B. Parametric cost analysis a design function. Nasa Langley research center. Transaction of the American Association of Cost Engineers 33rd Annual Meeting San Diego CA 25-28 June 1989. 12 s.
Falcon 9. Launch Vehicle NAFCOM Cost Estimates. August 2011. NASA Associate Deputy Administrator for Policy. 9 s.
NASA. Cost estimation handbook. National Aeronautics and Space Administration NASA Headquarters Cost Analysis Division 300 E Street SW Washington, DC 20546-00012008. 2008. 341 s.
Veyko A.V. Utochnenie modeli stoimosti sozdaniya sredstv vyvedeniya v sovremennykh usloviyakh. - Korolev: Kosmonavtika i raketostroenie №2 (71), 2013. -C. 160-164.
Keywords:
booster, trend analysis, planning cost.