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Information × Registration Number 0212U006970, 0111U005466 , R & D reports Title Drawing up of design documentation to the front compressor casing of ТV3-117VМА-SBМ1V turboshaft engine modification with increased efficiency compressor. popup.stage_title Head PROCHAN GRIGORY, Registration Date 26-09-2012 Organization Zaporozhye Machine-Buiding Design Bureau Progress State Enterprise named after Academician A.G. Ivchenco popup.description2 Object of research: design solutions, parameters and characteristics of compressor front casing of TV3-117VMA-SBM1V turboshaft engine derivative. Purpose of work: to design compressor front casing with increased efficiency according to the document of the "Customer's Technical Requirements" (Appendix No.2 to Contract No.9 (Chief Designer's Department) dated 28.02.2011). Research methods and equipment: analysis of gasdynamic calculations of AI-30 engine front casing has been performed, analysis of strength properties of AI-30 engine front casing has been performed, comparative analysis of existing designs of the Front Casing assembly unit of AI-30 engine and the Support Casing 1 assembly unit of TV3-117VMA-SBM1V(TV3-117) engine has been conducted. Theoretical and practical results of research: as the result of performed work, a preliminary layout of compressor front casing of TV3-117VMA-SBM1V turboshaft engine derivative with increased efficiency has been performed, working drawings of Front Casing assembly unit have been issued in accordance with the layout approved by the Customer. Novelty and efficiency of innovation. Design of compressor front casing of TV3-117VMA-SBM1V turboshaft engine derivative with increased efficiency has been de-veloped subject to the modern level of mechanical engineering, including modern meth-ods of casting workpieces production and metal processing. A number of efforts for in-crease of reliability and repairability has been implemented while considering failures and defects with existing turboshaft engines- prototypes. Application field: TV3-117VMA-SBM1V turboshaft engine derivatives. Conclusions: the results of RTD can be used for the development of a modern turboshaft GTE. Product Description popup.authors Архіпов В.С. Крицин Г.Р. Омесь О.Г. Тарасевич К.Є. Титаренко С.А. Точиленко В.В. Яхно Є.М. popup.nrat_date 2020-04-02 Close