Name:

MYKHAILOM.   HUK

Date   of Birth:

14November   1959

Position:

Professordep.   Marine technologies and   oceaneering,Admiral Makarov National University of   Shipbuilding, PhD

Address:

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

Telephone:

+380671288458

Email:

mykhailo.guk@nuos.edu.ua

Nationality:

Ukrainian

Languages:

Russian(native),   Ukrainian, English

Education:

Ph.D.   in Naval Architecture and ship   structure, Mykolayiv Shipbuilding Institute   named after admiral S.Y.   Makarov, 1990.

Shipbuilding   and ship repair, Mykolayiv   Shipbuilding Institute named after admiral S.Y. Makarov,   March 1983.

ContinuingEducation:

Aspirantura   (Doctoral studies), Mykolayiv   Shipbuilding Institute named after admiral S.Y. Makarov,1983–1986.

Honours:

Diploma   with Honours, Mykolayiv Shipbuilding   Institute, professional qualification “- Shipbuilding and ship repair   engineer”,   1977–1983.

WorkExperience:

Ukrainian   State science-research Institute   of standardization and certification in the   Shipbuilding,junior   research assistant, 02/06/1986–31/05/1989.

Ukrainian   State science-research Institute   of standardization and certification in the   Shipbuilding, constructor   engineer, 01/06/1989–30/09/1994.

Ukrainian   State science-research Institute   of standardization and certification in the   Shipbuilding, senior   project constructor engineer, 01/10/1994–27/12/1999.

Ukrainian   State Maritime Technical   University named after admiral Makarov, Marine   technology department,   Senior lecturer, 01/09/2001–24/03/2004.

Admiral   Makarov National University of   Shipbuilding, Marine technology department,   Senior lecturer,   25/03/2004–31/08/2019.

Admiral   Makarov National University of   Shipbuilding, Marine technology and   oceaneering department, Senior   lecturer, 01/09/2019 – present.

Teaching   Experience:

The   main activity is teaching. Since   01/09/2001 and till now I delivered lectures   and conducted laboratory   and practical training in the following subjects:   “Ocean science”,   “Science-research Ship Design”, “Computer Aided Technologies   in   Oceaneering”, “Flexible Constructions in Oceaneerig”, “Introduction to     Naval Architecture”, “General Naval Architecture and Oeaneering     Facilities”“History of Shipbuilding and Exploration of the Oceans”, “Methods   of   Automated Project Analysis of Oceaneering”, “Oceaneering”,   "Basic of   Shipbuilding", "Design and Construction of   Underwater   Vehicle", "Transportation of Dangerous   Cargoes",   "Underwater Robot and Manipulators",   "Remote Control   SystemsDesigning", "Computer-aided   Design of ShipGear'sSupport   Structures", "Design of Steering   Gears and Ship Hoisting and   Transport Mechanisms", "Mechanisms   of Specialized Vessel   Systems", "Feasibility Study of Design   Solutions",   "Propulsion Quality and Controllability of   Underwater Vehicle",   "General Ship Mechanisms and   Systems", "Ship Design Gear and   Systems using Modern   Software". I was the head of the course and diploma   projects.   Under my leadership 32 students successfully defended their diploma     projects.

Research   Interests

Кey   research area is wind turbine   installation vessel (WTIV), drillship design   methodologies.   Application of modern   computer aided design (i.e. AUTOCAD, Solid   Works) programs in ship gear   design and simulation.

PUBLICATIONS

Author   and co-author of over 10 scientific   papers, 3 manuals, The list of the most   important publications is   listed below:

Book

1.

GukM.M.Flexible   ship and oceaneering   constructions. – Mykolaiv: Admiral Makarov National   University of   Shipbuilding, 2009 – 92 p.

Articles   in Collection of scientific papers

1.

Guk   M.M. Drill ships development and   changing their main

elements   [Text] / M.M.Guk // Collection of   scientific papers National University of   Shipbuilding.- Mykolayiv:   NUOS, 2015.-№2.- pp. 23-26.ISSN 2311-3405 (Print),   ISSN 2313-0415   (Online).

2.

Guk   M.M. Analysis of the formulas for   calculating the drill ship's   lightweight[Text] / M.M.Guk // Collection   of scientific papers National   University of Shipbuilding.- Mykolayiv:   NUOS, 2017.-№4.- pp. 14-18.

Publications   in Proceedings of Conferences   with full paper review

1.

Guk   M.M. Change of the main elements of   drilling vessels during their generations   development//Deepwater   engineering and technology: Proceedings of the All   Ukrainian   Scientific and Technical Conference with International   Participation,   Mykolaiv, 2014.

2.

GukM.M.   Determination of the main elements   of a drilling vessel based on analysis of   statistical data// Advanced   technologies of design, construction, operation   and repair of ships,   marine technical facilities and engineering structures:   Proceedings of   the All Ukrainian Scientific and Technical Conference with     International Participation, Mykolaiv, 2015.

3.

GukM.M.   Analysis of formulas for calculating   light weght of drilling vessels//   Advanced technologies of design,   construction, operation and repair of ships,   marine technical   facilities and engineering structures: Proceedings of the   All   Ukrainian Scientific and Technical Conference with International     Participation, Mykolaiv, 2016.

4.

Guk   M.M. Determination of the deadweight of   a drilling vessel based on the   analysis of statistical data //   Innovations in Shipbuilding and Ocean   Engineering: Proceedings of the   VI International Scientific and Technical   Conference, Mykolaiv, 2016.

5.

Guk   M.M. Features of the operational tasks   of drilling vessels and possible   emergency situations during their   operation// // Advanced technologies of   design, construction,   operation and repair of ships, marine technical   facilities and   engineering structures: Proceedings of the All Ukrainian   Scientific   and Technical Conference with International Participation,   Mykolaiv,   2017.

6.

Guk   M.M. Verification of formulas   recommended for determining the weight load of   a drilling vessel//   Advanced technologies of design, construction, operation   and repair of   ships, marine technical facilities and engineering structures:     Proceedings of the All Ukrainian Scientific and Technical Conference with     International Participation, Mykolaiv, 2017.

7.

Guk   M.M. Features of design elements of ships   for installing wind turbines//Innovations   in Shipbuilding and Ocean   Engineering: Proceedings of the VII International   Scientific and   Technical Conference, Mykolaiv, 2017.

8.

Guk   M.M. Analysis of wind turbine   installation technologies and operational tasks   of a transport   mounting vessel// Advanced technologies of design,   construction,   operation and repair of ships, marine technical facilities and     engineering structures: Proceedings of the All Ukrainian Scientific and     Technical Conference with International Participation, Mykolaiv, 2018.

Participation   in Research Projects:

01/09/1980 – 31/05/1981

"Research   of the ship principal   dimensions influenceto the stability polar chart of   transport   ships"

01/01/1984–  25/12/1985

"Development   of theoretical bases of   rubberized-cord tractive shells designing for fishing   industry "

01/01/1987 –  31/12/1990

"Experimental   investigation of the   hydro cylinder's seals working life"

01/09/2001 – 25/12/2001

"Development   of stat regressions for   diving bells designing "

01/11/2006 – 30/04/2007

"Damped   capacity determination for cast   off hook during tow rope release "

01/01/2010 – 30/04/2010

"Analysis   of the some questions of   dynamic stability anchor handling vessels"

01/01/2012 – 30/04/2012

"Determination   of dynamicforce in   additional rope during change in position of the drilling   rig   anchor"

01/01/2013 – 30/04/2013

"Investigation   of technical equipment   for drilling rig anchoring"

01/05/2013 – 30/06/2013

"Investigation   of the weather constrain   for semisubmersible rig designing for Black Sea   area"

01/09/2013 – 30/06/2014

"Development   of stat regressions for   drillship principal dimensions determinationon the   initial stages of   designing"

01/09/2015 – 30/04/2016

"Development   of method of determination   drillship light weight on the initial design   stages"

01/05/2016 – 30/06/2016

"Development   of method of determination   drillship dead weight stat regression using"

01/09/2016 – 25/12/2016

"Investigation   of drillship weight   groups functions by their verification real data

01/01/2017 – 28/02/2017

"Investigation   of the operational tasks   of drilling vessels and possible emergency   situations during their   operation "

01/01/2018 – 28/02/2018

"Analysis   of wind turbine installation   technologies and operational tasks of a   transport mounting   vessel"

01/01/2019 – 25/04/2019

"Analysis   the strain-stress state of   the rudder blade using SolidWorks and mass of it   reducing"

姓名：

MYKHAILOM. HUK

出生日期：

1959年11月14日

职位：

马卡洛夫国立造船大学海洋技术和海洋工程系教授，博士

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   671288458

电子邮箱：

mykhailo.guk@nuos.edu.ua

国籍：

乌克兰

语言：

俄语（母语）、乌克兰语、英语

学历：

1990年，梅克莱夫市造船学院（以海军上将马卡洛夫命名）造船工程和船舶结构博士。

1983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：

1983年至1986年，梅克莱夫市造船学院（以海军上将马卡洛夫命名）副博士学位（博士学习）。

荣誉：

1977年至1983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：

1986年6月2日至1989年5月31日，乌克兰国家造船标准化和认证科学研究院初级研究助理。

1989年6月1日至1994年9月30日，乌克兰国家造船标准化和认证科学研究院建造工程师。

1994年10月1日至1999年12月27日，乌克兰国家造船标准化和认证科学研究院高级项目建造工程师。

2001年9月1日至2004年3月24日，乌克兰国立海洋技术大学（以海军上将马卡洛夫命名）海洋技术系高级讲师。

2004年3月25日至2019年8月31日，马卡洛夫国立造船大学海洋技术系高级讲师。

2019年9月1日至今，马卡洛夫国立造船大学海洋技术与海洋工程系高级讲师。

教学经验：

主要从事教学活动。自2001年9月1日至今，针对“海洋科学”、“船舶设计科学研究”、“海洋工程计算机辅助技术”、“海洋工程柔性结构”、“海军建筑概论”、“一般海洋建筑和海洋工程设施”“造船和海洋探测历史”，“海洋工程自动化项目分析方法”，“海洋工程”，“造船基础”，“水下航行器设计和建造”，“危险货物运输”，“水下机器人和机械手”，“遥控系统设计”、“船舶装置支承结构计算机辅助设计”、“转向装置及船舶起重运输机构设计”、“专用船舶系统机构设计”、“设计方案可行性研究”、“水下航行器推进质量与可控性”，“通用船舶机械和系统”，“使用现代软件的船舶设计齿轮和系统”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，32名学生成功地完成了毕业论文答辩。

研究方向

关键研究领域包括风力机安装船（WTIV）、钻井船的设计方法、现代计算机辅助设计（AUTOCAD、Solid Works）程序在船舶装置设计与仿真中的应用。

发表论文

编写和合著了大约10篇科技论文，3本手册。其中一些最重要的文章所列如下：

专著

1.

Guk   M.M. Flexible ship   and oceaneering constructions. – Mykolaiv： Admiral Makarov National   University of   Shipbuilding, 2009 – 92 p.

科技论文集收录文章

1.

Guk   M.M. Drill ships   development and changing their main

elements   [Text] /   M.M.Guk // Collection of scientific papers National University of     Shipbuilding.- Mykolayiv： NUOS,   2015.-№2.- pp. 23-26. ISSN 2311-3405 (Print),   ISSN 2313-0415 (Online).  

2.

Guk   M.M. Analysis of the   formulas for   calculating the drill ship's lightweight [Text] / M.M.Guk   // Collection of   scientific papers National University of   Shipbuilding.- Mykolayiv： NUOS,   2017.-№4.- pp. 14-18.

会议记录全文审查论文

1.

Guk   M.M. Change of the   main elements of drilling vessels during their generations     development// Deepwater engineering and technology： Proceedings of the All     Ukrainian Scientific and Technical Conference with International     Participation, Mykolaiv, 2014.

2.

Guk   M.M. Determination   of the main elements of a drilling vessel based on   analysis of   statistical data// Advanced technologies of design, construction,     operation and repair of ships, marine technical facilities and engineering     structures：   Proceedings of the All   Ukrainian Scientific and Technical Conference   with International   Participation, Mykolaiv, 2015.

3.

Guk   M.M. Analysis of   formulas for calculating light weght of drilling vessels//   Advanced   technologies of design, construction, operation and repair of ships,     marine technical facilities and engineering structures： Proceedings of the All     Ukrainian Scientific and Technical Conference with International     Participation, Mykolaiv, 2016.

4.

Guk   M.M. Determination   of the deadweight of a drilling vessel based on the   analysis of   statistical data // Innovations in Shipbuilding and Ocean   Engineering： Proceedings of the VI     International Scientific and Technical Conference, Mykolaiv, 2016.

5.

Guk   M.M. Features of the   operational tasks of drilling vessels and possible   emergency   situations during their operation// // Advanced technologies of     design, construction, operation and repair of ships, marine technical     facilities and engineering structures： Proceedings of the All Ukrainian Scientific and     Technical Conference with International Participation, Mykolaiv, 2017.

6.

Guk   M.M. Verification of   formulas recommended for determining the weight load of   a drilling   vessel// Advanced technologies of design, construction, operation   and   repair of ships, marine technical facilities and engineering structures： Proceedings of the All     Ukrainian Scientific and Technical Conference with International     Participation, Mykolaiv, 2017.

7.

Guk   M.M. Features of   design elements of ships for installing wind turbines//   Innovations in   Shipbuilding and Ocean Engineering： Proceedings of the VII   International   Scientific and Technical Conference, Mykolaiv, 2017.

8.

Guk   M.M. Analysis of wind   turbine installation technologies and operational tasks   of a transport   mounting vessel// Advanced technologies of design,   construction,   operation and repair of ships, marine technical facilities and     engineering structures：   Proceedings of the All Ukrainian Scientific and   Technical Conference   with International Participation, Mykolaiv, 2018.

参与的研究项目：

01/09/1980   –31/05/1981

“船舶主要尺寸对运输船舶稳性极坐标图影响的研究”

01/01/1984–   5/12/1985

“渔业用橡胶帘线牵引船壳体设计理论基础的发展”

01/01/1987 –31/12/1990

“液压缸密封件使用寿命的试验研究”

01/09/2001   –25/12/2001

“潜水钟设计统计回归的发展”

01/11/2006   –30/04/2007

“牵引绳释放过程中脱钩阻尼能力的测定”

01/01/2010   –30/04/2010

“动力稳定抛锚船若干问题分析”

01/01/2012   –30/04/2012

“钻机锚定位置变化时附加绳索动力的测定”

01/01/2013   –30/04/2013

“钻机锚固技术设备研究”

01/05/2013   –30/06/2013

“黑海地区半潜式钻机设计的天气约束研究”

01/09/2013   –30/06/2014

“设计初期钻井船主要尺寸测定的统计回归发展”

01/09/2015   –30/04/2016

“初步设计阶段确定钻井船空载排水量方法的发展”

01/05/2016   –30/06/2016

“钻井船自重统计回归测定方法的发展”

01/09/2016   –25/12/2016

“通过验证真实数据研究钻井船重量组函数”

01/01/2017   –28/02/2017

“钻井船作业任务及作业中可能出现的紧急情况调查”

01/01/2018   –28/02/2018

“运输安装船的风力涡轮机安装技术和操作任务分析”

01/01/2019   –25/04/2019

“用SolidWorks分析舵叶的应变应力状态并减小其质量”