Issue Date | Title | Author(s) |
2020 | Educational programs improvement directions of different levels in high school | Isaev, A. P.; Plotnikov, L. V. |
2017 | The Effects of the Intake Pipe Configuration on Gas Exchange, and Technical and Economic Indicators of Diesel Engine with 21/21 Dimension | Plotnikov, L. V.; Bernasconi, S.; Brodov, Yu. M. |
2017 | Features of the gas dynamics and local heat transfer in intake system of piston engine with supercharging | Plotnikov, L. V. |
2019 | Heat transfer intensity of pulsating gas flows in the exhaust system elements of a piston engine | Plotnikov, L. V.; Brodov, Y. M.; Misnik, M. O. |
2017 | Improvement of the thermal and mechanical flow characteristics in the exhaust system of piston engine through the use of ejection effect | Plotnikov, L. V.; Zhilkin, B. P.; Brodov, Yu M. |
2018 | Improvement of Thermal and Mechanic Flow Characteristics in the Intake System of the Piston Engine with Turbocharging | Plotnikov, L. V. |
2019 | Improving the technical and environmental performance of piston engines by upgrading the fuel system | Kochev, N. S.; Zhilkin, B. P.; Plotnikov, L. V. |
2018 | Influence of channels transverse profiling on the heat transfer intensity in the intake system of internal combustion engine | Plotnikov, L. V.; Misnik, M. O. |
2016 | The Influence of Cross-profiling of Inlet and Exhaust Pipes on the Gas Exchange Processes in Piston Engines | Plotnikov, L. V.; Zhilkin, B. P.; Brodov, Y. M. |
2017 | The Influence of Piston Internal Combustion Engines Intake and Exhaust Systems Configuration on Local Heat Transfer | Plotnikov, L. V.; Zhilkin, B. P.; Brodov, Yu. M. |
2019 | Management of thermal and mechanic flow characteristics in the output channels of a turbocharger centrifugal compressor | Plotnikov, L. V.; Zhilkin, B. P.; Brodov, Yu. M. |
2019 | Method of stabilizing pulsating gas flows in the intake system of a piston engine with turbocharging | Plotnikov, L. V.; Zhilkin, B. P.; Brodov, Yu. M. |
2020 | Spectral analysis of gas-dynamic processes in the intake system of a supercharged piston engine | Plotnikov, L. V.; Kochev, N. S.; Osipov, L. E. |
2017 | Technology of interdisciplinary open-ended designing in engineering education | Isaev, A. P.; Plotnikov, L. V.; Fomin, N. I. |
2016 | Доводка поршневого двигателя с помощью математического моделирования рабочего процесса | Кочев, Н. С.; Плотников, Л. В.; Kochev, N. S.; Plotnikov, L. V. |
2016 | Моделирование стационарных газовых потоков во впускном канале поршневого двигателя в программном комплексе AVL FIRE | Перескоков, А. А.; Плотников, Л. В.; Pereskokov, A. A.; Plotnikov, L. V. |
2013 | Совершенствование процесса выпуска в поршневых ДВС | Плотников, Л. В.; Plotnikov, L. V. |
2017 | Численное моделирование газодинамики и теплообмена во впускной системе поршневого ДВС в стационарных условиях | Misnik, M. O.; Plotnikov, L. V.; Мисник, М. О.; Плотников, Л. В. |
2018 | Численное моделирование газодинамики и теплоотдачи в выпускной системе поршневого двигателя размерности 8,2/7,1 | Misnik, M. O.; Plotnikov, L. V.; Мисник, М. О.; Плотников, Л. В. |