Name:

Viktor F. TYMOSHENKO

Date of Birth:

29 April 1958

Position:

Professor, Training Center of Hydromechanics (old   name: dep. Hydromechanics),   Admiral Makarov National University of   Shipbuilding (Ukraine)

Address:

9, Heroiv Ukrainy Avenue, Admiral Makarov National   University of   Shipbuilding, Mykolaiv, Ukraine, 54025

Telephone:

+380 633038721

Email:

vftim@rambler.ru

Nationality:

Ukrainian

Languages:

Russian(native), Ukrainian, English

Education:

Ph.D. in Theory of a ship, Mykolayiv Shipbuilding   Institute named after   admiral S.Y. Makarov, 1987.

Shipbuilding and ship repair, Mykolayiv Shipbuilding   Institute named   after admiral S.Y. Makarov, March 1981.

Continuing Education:

Aspirantura (Doctoral studies), Ukrainian State   Maritime Technical   University named after admiral Makarov, 2003–2006.

Honours:

Diploma with Honours, Mykolayiv Shipbuilding   Institute, professional   qualification “Shipbuilding and ship repair   engineer”, 1975–1981.

Work Experience:

Mykolayiv Shipbuilding Institute named after admiral   S.Y. Makarov,   research center engineer, 01/04/1981–01/12/1981.

Mykolayiv Shipbuilding Institute named after admiral   S.Y. Makarov,   aspirant, 01/12/1981–03/12/1984.

Mykolayiv Shipbuilding Institute named after admiral   S.Y. Makarov,   senior laboratory assistant of hydromechanics dep.,   04/12/1984–03/01/1987.

Mykolayiv Shipbuilding Institute named after admiral   S.Y. Makarov,   Hydromechanics department, senior lecturer,   03/01/1987–20/04/1990.

Mykolayiv Shipbuilding Institute named after admiral   S.Y. Makarov,   Hydromechanics department, Associate professor   20/04/1990–29/12/2003.

Ukrainian State Maritime Technical University named   after admiral   Makarov, doctorant, 28/12/2003–28/12/2006.

Admiral Makarov National University of Shipbuilding,   Hydromechanics   department - Department of Hydromechanics and   Hydrotechnical Construction,   Associate professor, 30/12/2006–   01/09/2017.

Admiral Makarov National University of Shipbuilding,   Construction and   mechanics ship dep., Associate professor, 01/09/2017–   01/10/2019.

Admiral Makarov National University of Shipbuilding,   Training Center of   Hydromechanics, Associate professor, 01/10/2019 –   present.

Teaching Experience:

The main activity is teaching. Since 03/01/1987 and   till now I delivered   lectures and conducted laboratory and practical   training in the following   subjects: "Hydro aeromechanics",   "Hydraulics and   Hydropneumatic drives", "Hydrogasdynamics",   "Encyclopedia   of Shipbuilding", "Automated   Hydropneumatic drives",   "Theory and Structure of the   Ship", "Ship propulsion",   "Design and fundamentals   of automation of hydraulic drives",   "General arrangement of   ships", "Methods and tools of computer   information technologies",   "Structures and organization of computer   data",   "Modeling systems", "Modeling Software   Support",   "Fundamentals of Electronics and Electrical   Engineering",   "Security of programs and data", "Modern   software for   ship hull construction", "Hydraulics of ship engines   and   mechanisms", "Hydropneumatic drive", "Speed and     controllability of underwater vehicles", "Computer-aided design     systems ships", "Resistance and Propelling".

I was the head of the course and diploma projects.   Under my leader-ship   38 students successfully defended their diploma   projects.

Research Interests

A key area of research is the development of   software for calculating the   dynamics of ships and underwater   vehicles, and the design methodology for   self-propelled underwater   vehicles. Application of modern computer-aided   design programs (i.e.   Solid Works, Multisurf, Maxsurf, FREE!ship Plus,   Delftship,   FlowVision, OpenFOAM) in the design and simulation of ships and     underwater vehicles.

PUBLICATIONS

Author and co-author of over 60 scientific papers, 8   manuals, The list of   the most important publications is listed below:

Book

1.

Tymoshenko V.F. Calculation of the propulsion of   surface displacement   vessels: – Mykolaiv: Admiral Makarov     National University of Shipbuilding, 2004 – 192 p.

2.

Tymoshenko V.F. Encyclopedia of ships / Under the   general. ed. prof. N.   B. Slizhevsky: – Mykolaiv: Admiral     Makarov National University of Shipbuilding, 2005 – 172 p.

3.

Tymoshenko V.F. Calculation of volumetric hydraulic   drive: – Mykolaiv: Admiral Makarov National   University of   Shipbuilding, 2009 – 68 p.

4.

Tymoshenko V.F. Hydromechanics labotatory   collection: Electronic Combined   Use Edition on DVD-ROM – Mykolaiv:   Admiral Makarov National University of   Shipbuilding, 2020 – 95 p.

http://hydro.nuos.edu.ua/downloads/HydromechanicsRU_EN.pdf

Articles in Collection of scientific papers

1.

Tymoshenko V.F. Theoretical definition of   hydrodynamic characteristics of   multiblade rudders [Text] / Tymoshenko   V.F. // Collection of scientific   papers Mykolayiv Shipbuilding   Institute.- Mykolayiv: NSI, 1984. 7 p.

2.

Tymoshenko V.F. Maneuvering a underwater vehicle in   a vertical   plane[Text]/ Tymoshenko V.F.// Hydrodynamics of the ship.   Mykolayiv   Shipbuilding Institute.- Mykolayiv: NKI, 1989 – 6 p.

3.

Tymoshenko V.F. Determination of inertial   characteristics of an   underwater vehicle near the bottom and in a   stratified fluid [Text] /   Tymoshenko V.F.// Hydrodynamics of the ship.   Mykolayiv Shipbuilding   Institute.- Mykolayiv: NKI, 1993 – 6 p.

4.

Tymoshenko V.F. Modeling the hydrodynamics of ships   and underwater   vehicles using the FlowVision complex and the Free!Ship   Plus program. [Text]   / Tymoshenko V.F.// Report at the International   Scientific and Practical   Conference “Engineering Systems - 2010”.   Moscow, April 6-9, 2010 – 8 p.

5.

Tymoshenko V.F. Research of the propeller work on   the basis unsteady   airfoil theory. [Text] / Tymoshenko V.F.//   Shipbuilding & marine   infrastructure (Shipbuilding and marine   infrastructure) N2, Nikolaev, NUoS,   2018 – 24 p.

Publications in Proceedings of Conferences with full   paper review

1.

Tymoshenko V.F. The functioning model of an   autonomous underwater   vehicle.// IX International Scientific and   Technical Conference "Modern   Methods and Means of Oceanological   Research" MSOI 2005, 23-25.11.2005,   Moscow, Institute of   Oceanology named after P.P. Shirshova RAS, - 2p.

2.

Tymoshenko V.F. Underwater vehicle simulator.//   International scientific   and technical conference - "Safety of   navigation and its provision in   the design and construction of ships   (BMS-2007)", NUoS, 2006, - 2p.

3.

Tymoshenko V.F. Open source software for designing   ship's lines and   calculation of statics and hydrodynamics Free!Ship   Plus.// International   scientific and technical conference -   "Safety of navigation and its   provision in the design and   construction of ships (BMS-2007)", NUoS,   2007, 51-52 pp.

4.

Tymoshenko V.F. Modeling of hydrodynamics of vessels   and submersibles   using FlowVision and Free!Ship Plus software.//   International Scientific and   Practical Conference "Engineering   Systems-2010". Moscow,06-09.04.2010,   5-6 pp.

5.

Tymoshenko V.F. Using FlowVision and Free!Ship Plus   software to simulate   the hydrodynamics of ships and submersibles //   Innovations in shipbuilding   and ocean engineering. First International   Science and Technology Conference.   NUoS, 15-17.09.2010, - 5p.

6.

Tymoshenko V.F. Software for ship and underwater   vehicles design   FREE!Ship Plus // Innovations in shipbuilding and   ocean engineering. Second   International Science and Technology   Conference. NUoS, 05-07.10.2011,- 4p.

7.

Tymoshenko V.F. Evaluation of the efficiency of the   contra-rotating   propellers on ships //All-Ukrainian science and   technology conference with an   international participant (Advanced   technology project-bath, encourage,   operation and repair of ships,   marine technical services and engineering   equipment) NUoS,   24-26.04.2017, 33-35pp.

8.

Tymoshenko V.F. CAD/CAE software package FREE!Ship   Plus/HydroNShip for   the design of ships and underwater vehicles.// IX   International Scientific   and Technical Conference, NUoS,   18-19.10.2019, 58-60pp.

Participation in Research Projects:

01/01/1993 - 31/12/1995

"Development of the Hydromechanics computer   textbook software"

01/01/1999 - 31/12/2001

"Theoretical and numerical study of the   dynamics of self-propelled   tethered submarines"

01/01/2002 - 31/12/2004

"Development of mathematical and simulation   models of underwater   vehicles and their systems"

01/01/2005 - 31/12/2005

"Development of theoretical bases of creation   and technology of use   of perspective underwater technical complexes   for development of the shelf of   Ukraine"

01/01/2006 - 31/12/2007

"Hydrodynamic researches and construction of   mathematical and   simulation models of functioning of underwater   robotic complexes"

01/01/2013 - 31/12/2014

"Improvement of efficiency and reliability of   small and high speed   metal vessels"

姓名：

Viktor F. TYMOSHENKO

出生日期：

1958年4月29日

职位：

马卡洛夫国立造船大学流体力学培训中心（原名：流体力学系）教授（乌克兰）

住址：

乌克兰梅克莱夫市乌克兰英雄大道9号马卡洛夫国立造船大学，邮编54025

电话：

+380 633038721

电子邮箱：

vftim@rambler.ru

国籍：

乌克兰

语言：

俄语（母语）、乌克兰语、英语

学历：

1987年，梅克莱夫市造船学院（以海军上将马卡洛夫命名）船舶理论博士。

1981年3月，梅克莱夫市造船学院（以海军上将马卡洛夫命名）造船和船舶修理。

继续教育：

2003年至2006年，乌克兰国立海洋技术大学（以海军上将马卡洛夫命名）副博士学位（博士学习）。

荣誉：

1975年至1981年，梅克莱夫市造船学院荣誉证书，“造船和船舶修理工程师”专业资格。

工作经历：

1981年4月1日至1981年12月1日，梅克莱夫市造船学院（以海军上将马卡洛夫命名）研究中心工程师。

1981年12月1日至1984年12月3日，梅克莱夫市造船学院（以海军上将马卡洛夫命名）候补生。

1984年12月4日至1987年1月3日，梅克莱夫市造船学院（以海军上将马卡洛夫命名）流体力学系高级实验室助理。

1987年1月3日至1990年4月20日，梅克莱夫市造船学院（以海军上将马卡洛夫命名）流体力学系高级讲师。

1990年4月20日至2003年12月29日，梅克莱夫市造船学院（以海军上将马卡洛夫命名）流体力学系副教授。

2003年12月28日至2006年12月28日，乌克兰国立海洋技术大学（以海军上将马卡洛夫命名）博士。

2006年12月30日至2017年9月1日，马卡洛夫国立造船大学流体力学系-流体力学与水工建筑系副教授。

2017年9月1日至2019年10月1日，马卡洛夫国立造船大学造船、建筑和力学系副教授。

2019年10月1日至今，马卡洛夫国立造船大学流体力学培训中心副教授.

教学经验：

主要从事教学活动。自1987年1月3日起至今，针对“流体力学和气体力学”、“水力学和液压气动传动”、“ 液压气动动力学”、“ 造船百科全书”、“ 自动液压气动传动”、“ 船舶理论与结构”、“ 船舶推进”、“ 液压传动自动化设计与基础”、“ 船舶总体设计”、“ 计算机信息技术方法与工具”、“ 计算机数据结构与组织”、“ 建模系统”、“ 建模软件支持”、“ 电子与电气工程基础”、“ 程序与数据安全”、“ 现代船体建造软件”、“ 船舶发动机和机械液压系统”、“ 液压气动驱动”、“ 下航行器的速度和可控性”、“ 船舶计算机辅助设计系统”、“阻力和推进力”学科进行了教学、实验室和实践培训。

担任课程和毕业设计负责人。在我的领导下，38名学生成功地完成了毕业论文答辩。

研究方向

关键研究领域包括船舶和水下航行器动力学计算软件的开发，自推进式水下航行器的设计方法，现代计算机辅助设计程序在船舶和水下航行器设计和仿真中的应用（即SolidWorks、Multisurf、Maxsurf、FREE！shipPlus，Delftship，FlowVision，OpenFOAM）。

发表论文

编写和合著了大约60篇科技论文，8本手册。其中一些最重要的文章所列如下：

专著

1.

Tymoshenko V.F. Calculation of the propulsion of   surface displacement   vessels： – Mykolaiv： Admiral Makarov National   University of Shipbuilding, 2004 – 192 p.

2.

Tymoshenko V.F. Encyclopedia of ships / Under the   general. ed. prof. N.   B. Slizhevsky： – Mykolaiv： Admiral Makarov National   University of Shipbuilding, 2005 – 172 p.

3.

Tymoshenko V.F. Calculation of volumetric hydraulic   drive： – Mykolaiv： Admiral Makarov National University   of Shipbuilding, 2009 – 68 p.

4.

Tymoshenko V.F. Hydromechanics labotatory collection： Electronic Combined Use   Edition on DVD-ROM – Mykolaiv： Admiral Makarov National University of   Shipbuilding, 2020 – 95 p.

http：//hydro.nuos.edu.ua/downloads/HydromechanicsRU_EN.pdf

科技论文集收录文章

1.

Tymoshenko V.F. Theoretical definition of   hydrodynamic characteristics of   multiblade rudders [Text] / Tymoshenko   V.F. // Collection of scientific   papers Mykolayiv Shipbuilding   Institute.- Mykolayiv： NSI, 1984. 7 p.

2.

Tymoshenko V.F. Maneuvering a underwater vehicle in   a vertical   plane[Text]/ Tymoshenko V.F.// Hydrodynamics of the ship.   Mykolayiv   Shipbuilding Institute.- Mykolayiv： NKI,   1989 – 6 p.

3.

Tymoshenko V.F. Determination of inertial   characteristics of an underwater   vehicle near the bottom and in a   stratified fluid [Text] / Tymoshenko V.F.//   Hydrodynamics of the ship.   Mykolayiv Shipbuilding Institute.- Mykolayiv： NKI, 1993 – 6 p.

4.

Tymoshenko V.F. Modeling the hydrodynamics of ships   and underwater   vehicles using the FlowVision complex and the Free!Ship   Plus program. [Text]   / Tymoshenko V.F.// Report at the International   Scientific and Practical   Conference “Engineering Systems - 2010”.   Moscow, April 6-9, 2010 – 8 p.

5.

Tymoshenko V.F. Research of the propeller work on   the basis unsteady   airfoil theory. [Text] / Tymoshenko V.F.//   Shipbuilding & marine   infrastructure (Shipbuilding and marine   infrastructure) N2, Nikolaev, NUoS,   2018 – 24 p.

会议记录全文审查论文

1.

Tymoshenko V.F. The functioning model of an   autonomous underwater   vehicle.// IX International Scientific and   Technical Conference "Modern   Methods and Means of Oceanological   Research" MSOI 2005, 23-25.11.2005,   Moscow, Institute of   Oceanology named after P.P. Shirshova RAS, - 2p.

2.

Tymoshenko V.F. Underwater vehicle simulator.//   International scientific   and technical conference - "Safety of   navigation and its provision in   the design and construction of ships   (BMS-2007)", NUoS, 2006, - 2p.

3.

Tymoshenko V.F. Open source software for designing   ship's lines and   calculation of statics and hydrodynamics Free!Ship   Plus.// International   scientific and technical conference -   "Safety of navigation and its   provision in the design and   construction of ships (BMS-2007)", NUoS,   2007, 51-52 pp.

4.

Tymoshenko V.F. Modeling of hydrodynamics of vessels   and submersibles   using FlowVision and Free!Ship Plus software.//   International Scientific and   Practical Conference "Engineering   Systems-2010".   Moscow,06-09.04.2010, 5-6 pp.

5.

Tymoshenko V.F. Using FlowVision and Free!Ship Plus   software to simulate   the hydrodynamics of ships and submersibles //   Innovations in shipbuilding   and ocean engineering. First International   Science and Technology Conference.   NUoS, 15-17.09.2010, - 5p.

6.

Tymoshenko V.F. Software for ship and underwater   vehicles design   FREE!Ship Plus // Innovations in shipbuilding and   ocean engineering. Second   International Science and Technology   Conference. NUoS, 05-07.10.2011,- 4p.

7.

Tymoshenko V.F. Evaluation of the efficiency of the   contra-rotating   propellers on ships // All-Ukrainian science and   technology conference with   an international participant (Advanced   technology project-bath, encourage,   operation and repair of ships, marine   technical services and engineering   equipment) NUoS, 24-26.04.2017,   33-35pp.

8.

Tymoshenko V.F. CAD/CAE software package FREE!Ship   Plus/HydroNShip for   the design of ships and underwater vehicles.// IX   International Scientific   and Technical Conference, NUoS,   18-19.10.2019, 58-60pp.

参与的研究项目：

01/01/1993 - 31/12/1995

“流体力学计算机教材软件开发”

01/01/1999 - 31/12/2001

“自推进系绳潜艇动力学的理论和数值研究”

01/01/2002 - 31/12/2004

“水下航行器及其系统的数学模型和仿真模型的开发”

01/01/2005 - 31/12/2005

“乌克兰大陆架开发用透视水下技术综合体理论建设基础和使用技术的发展”

01/01/2006 - 31/12/2007

“水下机器人综合体的水动力研究和功能数学和仿真模型建模”

01/01/2013 - 31/12/2014

“提高小型高速金属船舶的效率和可靠性”