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Information × Registration Number 0207U002801, 0104U000519 , R & D reports Title Fluid dynamic features of confined flow interaction with sphere type bodies popup.stage_title Head Malahov O.V., Доктор фізико-математичних наук Registration Date 16-02-2007 Organization Odessa national maritime university popup.description2 The report on SIW: 93 p., 27 fig., 42 sources. The purpose of the work - reception of new knowledge about interaction between confined flow and fairings. Object of research - hydrodynamical process of interaction of the confined flow with fairings< that have rectangular, cone and spherical forms. A method of research -system analysis, natural and theoretical experimental researches. It is executed: classification of hydromechanical modes of the confined flow near investigated odies; the system analysis of the received results on experiments concerning fairings visualization during their interaction with confined flow. The basic kinematic ranges are in details considered and their characteristic hydrodynamical features are shown. Mathematical statement in view of initial and boundary conditions is formulated and the set of new results is received. On the basis of the provided numerical experiments and executed system analysis of the received results for further practical use algorithms of direct and return fairing design are formulated. The common features of behaviour of confined flow are formulated and the main specific features of interaction process between flow and fairing of any configuration inside of the closed space are considered. The analysis of existing data which concern the process of movement of the confined flow near a body of the spherical form is brought. Scientific data are obtained and the basic conclusions which in the further can be directly used at works which are connected with designing of fairing which will be maintained in the closed spaces are formulated. For all set of the received scientific results, both theoretical, and experimental researches was done systematisation of the basic hydromechanical features of behaviour of the confined flow near fairing. Product Description popup.authors popup.nrat_date 2020-04-02 Close