Nekrasova, Svetlana O.

2022

• 1 Vorotnikov G.V., Zinovyev E.A., Nekrasova S.O. Thermodynamic cycle of the traveling wave thermoacoustic engine // CASE STUDIES IN THERMAL ENGINEERING 2022. — Vol. 36.
• 2 Zinovyev E., Vorotnikov G., Nekrasova S. etc. Onset Characteristics of the Themoacoustic Engine with Cryogenic Cooling // Proceedings - 2022 7th Asia Conference on Power and Electrical Engineering, ACPEE 2022. — 2022. — P. 1106-1110
• 3 Vorotnikov G.V., Zinovyev E.A., Nekrasova S.O. Gas oscillations in an annular channel induced by a longitudinal temperature gradient [Уравнения колебаний газа в канале кольцевого сечения c продольным градиентом температур] // Izvestiya of Saratov University. Physics 2022. — Vol. 22. Issue 2. № 2. — P. 111-122

2021

• 1 Nekrasova S.O., Bahvalova E.F., Nistockiy D.V. Numerical Investigation of the Pulse Tube Engine // 2021 International Scientific and Technical Engine Conference (EC). — 2021. — P. 1-5
• 2 Zinovyev E.A., Nekrasova S.O., Vorotnikov G.V. etc. A low-temperature thermoacoustic engine // 2021 International Scientific and Technical Engine Conference (EC). — 2021. — P. 1-5

2020

• 1 Dovgyallo A.I., Nekrasova S.O., Bahvalova E.F. Investigation of a piston mass impact on the pulse tube engine performance using analytical and experimental methods // CASE STUDIES IN THERMAL ENGINEERING 2020. — Vol. 21.
• 2 Dovgyallo A.I., Nekrasova S.O., Pulkina A.Y. etc. Free piston pulse tube engine: A numerical and experimental power generation estimation // Journal of Physics: Conference Series. — 2020. — Vol. 1565. Issue 1.

2017

• 1 S.O. Nekrasova, A.Yu. Pulkina Исследование тепловых деформаций рефлектора с контурной диаграммой направленности // Известия Самарского научного центра РАН 2017. — Vol. 19. № 1. — P. 137-141
• 2 Kudinov V.A., Nekrasova S.O., Eremin A.V. etc. Gas Resonant Oscillations Considering Gas Relaxation Properties // Procedia Engineering. — 2017. — Vol. 176. — P. 237-245
• 3 Dovgyallo A.I., Nekrasova S.O., Vorobev A.A. Analytical and CFD investigation of oscillating flow in pulse tube of thermal lag engine // 2017 International Conference on Mechanical, System and Control Engineering, ICMSC 2017. — 2017. — P. 121-124

2016

• 1 Dovgyallo A.I., Zinovyev E.A., Nekrasova S.O. Numerical model of the onset of acoustic oscillations in a pulse tube engine // Applied Thermal Engineering 2016. — Vol. 107. — P. 1138-1144
• 2 Nekrasova S.O., Uglanov D.A., Shimanov A.A. Comparative analysis of calculation models of pulse tube thermoacoustic refrigerator // Key Engineering Materials. — 2016. — Vol. 685. — P. 3-7
• 3 Blagin E.V., Dovgyallo A.I., Nekrasova S.O. etc. Estimation of the energy efficiency of cryogenic filled tank use in different systems and devices // Applied Thermal Engineering 2016. — Vol. 101. — P. 537-544
• 4 Blagin E.V., Dovgyallo A.I., Nekrasova S.O. etc. Evaluation of Cryogenic Agents Cold Energy in Various Phase States // Energy Procedia. — 2016. — Vol. 100. — P. 512-517
• 5 Nekrasova S.O., Zinovyev E.A., Dovgyallo A.I. Numerical Investigation on a 70 Hz Pulse Tube Micro-cryocooler // Procedia Engineering. — 2016. — Vol. 152. — P. 314-320
• 6 Dovgyallo A.I., Nekrasova S.O., Novikov A. etc. Regasication of the Cryogenic Working Substance in Tanks Using Cryogenic Generators Due to its Use of Cold Energy // Energy Procedia. — 2016. — Vol. 100. — P. 501-511

2015

• 1 Zinovev E.A., Dovgyallo A.I., Nekrasova S.O. A mathematical model of acoustic thermal excitation for pulse tube engine // The third Internanational Workshop on Thermoacoustics . — 2015. — P. 80-81

2014

• 1 Dovgiallo A.I., Nekrasova S.O., Sarmin D.V. etc. Analysis of the principal characteristics of the on-board throttle cooling system of the IR receiver on the basis of a tank with cryogenic fueling // Open Mechanical Engineering Journal 2014. — Vol. 8. — P. 419-423

2013

• 1 Dovgyallo A.I., Nekrasova S.O., Sarmin D.V. etc. Imitations tests of throttle cooling system with cryogenic refueling tank and its comparative characteristics // Applied Physics 2013. — Issue 4. — P. 54-59