METHOD OF PROFILING OF VORTEX VALVE CHAMBER
Keywords:
combustion chamber, profiling, modeling, graph-analytical method.
Abstract
The basics of designing a vortex chamber of an internal combustion engine are given. The described method allows to design the surface of the vortex chamber of the inlet channel that meets modern technological requirements.
References
1. Otherov V.R. Methodyka I necothoryie rezultaty projectirovaniia v zylindre dvigatelia [Methods and some results of the design in the engine cylinder], Trudy NAMI [Works of the Scientific-Motor Institute] 1978, vyp.171, 34-41p. (Rus.)
2. Draganov B.Kh. Method projectirovaniia patrubka, soiediniaiushchego collectors vpusknym clapanom [The design method of the pipe connecting the manifold with the inlet valve]// B.Kh. Draganov, A.M.Koliesnikov. Dvigateli vnutrennego sgoraniia. 1979. Vyp.32. 45-50p. (Rus.)
3. Patent na korysnu model #27448 Ukrainе. F01L 9/00 [Patent for utility model #27448 Ukrainе. F01L 9/00]. Gazorozpodilnyy mehanizm dvyguna vnutrishniogo zghoriannia [Gas-distributing mechanism of internal combustion engine] Filippov A.Z., Topchyi S.I., Atamanenko M.Ye., Gerasymchuk Yu.A. #200708596, zaiav.24.07.2007, opubl. 25.10.2007., biul.#10. (Ukr.)
2. Draganov B.Kh. Method projectirovaniia patrubka, soiediniaiushchego collectors vpusknym clapanom [The design method of the pipe connecting the manifold with the inlet valve]// B.Kh. Draganov, A.M.Koliesnikov. Dvigateli vnutrennego sgoraniia. 1979. Vyp.32. 45-50p. (Rus.)
3. Patent na korysnu model #27448 Ukrainе. F01L 9/00 [Patent for utility model #27448 Ukrainе. F01L 9/00]. Gazorozpodilnyy mehanizm dvyguna vnutrishniogo zghoriannia [Gas-distributing mechanism of internal combustion engine] Filippov A.Z., Topchyi S.I., Atamanenko M.Ye., Gerasymchuk Yu.A. #200708596, zaiav.24.07.2007, opubl. 25.10.2007., biul.#10. (Ukr.)
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Published
2018-12-14
How to Cite
Draganov, B., Demchenko, V., & Pogorelova, N. (2018). METHOD OF PROFILING OF VORTEX VALVE CHAMBER. Thermophysics and Thermal Power Engineering, 40(4), 58-61. https://doi.org/https://doi.org/10.31472/ihe.4.2018.08
Section
Fuel Utilization and Burning, Heat Power Units, Ecology
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