Admiral Makarov National University of Shipbuilding valeriy.kuznetsov@nuos.edu.ua |
Name |
VALERII V. KUZNETSOV |
position |
Phd, professor |
age |
45 |
Expert |
Mechanical engineering, heat exchangers, overall heat transfer intensification |
TEACHING EXPERIENCE |
20 |
Education experience |
Ukrainian State Marine Technical University (UDMTU) n.a. admiral Makarov, Machine-building Educational-Scientific Institute, Engineering Thermophysics and Marine Steam-generating Plants Department, B.Sc. 1997; Ukrainian State Marine Technical University (UDMTU) n.a. admiral Makarov, postgraduate course , 1997 – 2000; 2003 – Scientific thesis “Increasing of operational efficiency of heat utilization systems of ship diesel-generators” for obtaining scientific degree of Candidate of Technical Sciences, PhD (Diploma DK No 019835) Specialty 05.08.05 "Ship power plants " |
work experience |
Basic stages of scientifically pedagogical activity: September 2000 – June 2005 – an assistant of Engineering Thermophysics and Marine Steam-generating Plants Department of UDMTU; September 2005 for a present time – an associate professor of Engineering Thermophysics and Marine Steam-generating Plants Department of NUK. Basic educational courses: “Technical thermodynamics”, “Heat and mass transfer”, “Fundamentals of thermotechnics”, “Thermotechnical measurement and instruments in ship power plants”, “Aerohydrodynamics”, “Ship steam boilers and nuclear reactors”, “Intensification of heat transfer in heat exchangers”. Scientific work with students which published a number of scientific articles, participated in scientific conferences. Some of mentioned students in a result of scientific competitions got prize places, awards and diplomas. Has 90 publications, from them 68 have scientific direction and 10– educational (including 1 educational tutorial approved by the ministry of education and science of Ukraine, 9 educational tutorials approved by NUK n.a. admiral Makarov), 6 patents. |
certificateS of honor |
Diploma of the second stage of the all-Ukrainian competition of young power engineers. Honor certificates of Admiral Makarov National University of Shipbuilding for great scientific achievements. |
responsible projectS |
Executive in charge of scientific research work Responsible executor of scientific research works 0110U001324 “Increasing of the technical level of gas turbine plants on the basis of energy-efficiency and energy-saving heat transfer equipments” and 0117U000884 “Improvement of sound-suppressing processes with cooling of exhaust gases in power plants of ships of the corvette class” |
main patentS |
1. Kuznetsov V.V., Dymo B.V., Yakimovich A.V., Kuznetsov V.G., Kuznetsova S.A. Heat transfer surface for experimental investigation. Patent of Ukraine for useful model №65008 25.11.2011 2. Kuznetsov V.V., Kuznetsova S.A., Yakimovich A.V., Kuznetsov V.G. Heat transfer surface. Patent of Ukraine for useful model №69706 10.05.2012 |
main products |
The experimental unit for investigating of the heat exchange and gas-dynamic characteristics of the heat transfer surfaces |
Most recent scientific publications |
Data from scientific base SCOPUS: h-index – 5; total number of citations of scientific publications – 53; in the past 5 years – 31 publications; Author ID: https://scholar.google.com.ua/citations?user=OViZX1wAAAAJ&hl=ru 1.Performances and application perspectives of air heat recovery turbine units/ V. V. Romanov, S. N. Movchan, V. N. Chobenko, O. S. Kucherenko, V.V.Kuznetsov, A. P. Shevtsov// The Present Status & Future Prospects. GT2010-23129, Proceedings of ASME Turbo Expo 2010: Power for Land, Sea and Air, June 14-18, 2010, Glasgow, UK 2.Kuznetsov V.V. Summary regularities in heat transfer swirling flow within the tubular channels of power plants heat transfer devices/“Collection of Scientific Publications NUS”, 2015. – № 4. С.46-52 3.Dymo B.V., Voloshyn A.Y., Yepifanov A.A., Kuznetsov V.V. Increase of Ship Power Plants Gas-Air Cooler Efficiency/ Problemele Energeticii Regionale 2 (34) 2017 Termoenergetica p.113-124 4.Kuznetsov V.V. Heat transfer inside the rough-walled tubular channels of power plant elements/ Shipbuilding&Marine Infrastructure, 2018, №1(9), р.92-100 5.Kuznetsov V.V., Kuznetsov H.V. Estimation of thermal and hydraulic efficiency profiling of fibbed marine waste heat boiler’s surfaces/ Shipbuilding&Marine Infrastructure, 2018, №2(10), р.245-251 |
马卡洛夫国立造船大学 valeriy.kuznetsov@nuos.edu.ua |
姓名 |
VALERII V. KUZNETSOV |
职务 |
博士，教授 |
年龄 |
45 |
专业 |
机械工程、换热器、整体强化传热 |
教学经验 |
20年 |
教育经历 |
1997年，获得乌克兰国立海洋技术大学（以海军上将马卡洛夫命名）（UDMTU）机械制造教育科学院工程热物理和海洋蒸汽发生设备系理学士学位； 1997年至2000年，学习乌克兰国立海洋技术大学（以海军上将马卡洛夫命名）（UDMTU）研究生课程； 2003年，撰写科学论文“提高船舶柴油发电机热利用系统的运行效率”，获理工科博士学位（毕业证书编号019835） 专业 05.08.05“船舶动力装置” |
工作经历 |
系统教学活动的基本阶段： 2000年9月至2005年6月——乌克兰国立海洋技术大学（UDMTU）工程热物理和海洋蒸汽发生设备系助理； 2005年9月至今——乌克兰国立海洋技术大学（UDMTU）工程热物理和海洋蒸汽发生设备系副教授。 基础教育课程：“技术热力学”、 “传热传质”、 “热工基础”、 “船舶动力装置热工测量与仪表”、 “空气流体动力学”、 “船舶蒸汽锅炉与核反应堆”、 “换热器传热强化”。 与学生一起科学工作，发表多篇科学文章，参加科学会议。一些学生在科学竞赛的结果中获得了奖励名额、奖项和文凭。 与学生一起完成多篇科学著作，其中一些科技文章已公开发表，参与科技回忆。一些学生在科学竞赛中获得了奖励名额、奖项和证书。 编写了90篇文章，其中包括68篇科技文章，10篇教育文章（其中1篇被乌克兰教育和科技部批准作为教育辅导材料，9篇被乌克兰国立海洋技术大学批准作为教育辅导材料），获得了6项专利。 |
荣誉证书 |
全乌克兰青年电力工程师竞赛二级证书。马卡洛夫国立造船大学伟大科学成就荣誉证书。 |
负责项目 |
科研工作负责人 负责以下科研工作：0110U001324“在高效节能换热设备的基础上提高燃气轮机装置的技术水平”和0117U000884“改进轻巡洋舰级船舶动力装置废气冷却消声工艺”。 |
主要专利 |
Kuznetsov V.V.，Dymo B.V.，Yakimovich A.V.，Kuznetsov V.G.，Kuznetsova S.A.。”试验研究传热表面”。乌克兰实用新型专利号65008，2011年11月25日。 Kuznetsov V.V.，Kuznetsova S.A.，Yakimovich A.V.，Kuznetsov V.G。”传热表面”。乌克兰实用新型专利号69706，2012年5月10日。 |
主要成果 |
传热表面换热与气体动力特性实验装置 |
最新科学出版物 |
Data from scientific base SCOPUS: h-index – 5; total number of citations of scientific publications – 53; in the past 5 years – 31 publications; Author ID: https://scholar.google.com.ua/citations?user=OViZX1wAAAAJ&hl=ru 1.Performances and application perspectives of air heat recovery turbine units/ V. V. Romanov, S. N. Movchan, V. N. Chobenko, O. S. Kucherenko, V.V.Kuznetsov, A. P. Shevtsov// The Present Status & Future Prospects. GT2010-23129, Proceedings of ASME Turbo Expo 2010: Power for Land, Sea and Air, June 14-18, 2010, Glasgow, UK 2.Kuznetsov V.V. Summary regularities in heat transfer swirling flow within the tubular channels of power plants heat transfer devices/“Collection of Scientific Publications NUS”, 2015. – № 4. С.46-52 3.Dymo B.V., Voloshyn A.Y., Yepifanov A.A., Kuznetsov V.V. Increase of Ship Power Plants Gas-Air Cooler Efficiency/ Problemele Energeticii Regionale 2 (34) 2017 Termoenergetica p.113-124 4.Kuznetsov V.V. Heat transfer inside the rough-walled tubular channels of power plant elements/ Shipbuilding&Marine Infrastructure, 2018, №1(9), р.92-100 5.Kuznetsov V.V., Kuznetsov H.V. Estimation of thermal and hydraulic efficiency profiling of fibbed marine waste heat boiler’s surfaces/ Shipbuilding&Marine Infrastructure, 2018, №2(10), р.245-251 |
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