郭君

Guo Jun, male, born in 1981, member of the Party, secretary of the Party branch of Institute of Structural Mechanics, Fu Jin, Heilongjiang Province, joined the work in April 2004, received his Ph.D. degree from St. Petersburg State University of Marine Technology, Russia, in 2010, was appointed as a master's tutor in 2011, and was promoted as an associate professor in 2013, and has been engaged in long-term research on structural dynamics, vibration and noise reduction of ships, and has been responsible for Chinese Postdoctoral Fund, Heilongjiang Province Postdoctoral Fund, and Ministry of Education Returned Overseas Student Fund, as project As a project leader, he is responsible for the China Postdoctoral Fund, Heilongjiang Postdoctoral Fund, and Ministry of Education Returned Overseas Chinese Scholarship Fund. As a technical leader, he has participated in more than 30 research projects, and applied for and authorised more than 20 invention patents. He has published more than 50 academic papers in authoritative journals at home and abroad, such as Journal of Military Engineering, International Journal of Impact Engineering, Ocean Engineering, Shock Waves, Shock and Vibration, etc., and more than 10 papers have been searched by SCI and 25 papers by EI. He has published more than 50 academic papers in domestic and international journals, including "Ocean Engineering", "Shock Waves", "Shock and Vibration", etc., and more than 10 papers have been searched by SCI, and 25 by EI. He teaches undergraduate elective course "Ship Vitality" and graduate elective course "Structural Dynamics"; he has co-edited the textbook "Hull Vibration and Noise", and edited one textbook "Ship Structure Damage and Vitality Basis".

1999.09-2003.07 Harbin Engineering University, College of Marine Engineering, Bachelor's Degree in Marine Engineering
2003.09-2006.03 Harbin Engineering University, College of Shipbuilding Engineering, M.S. in Ship and Marine Structures Design and Fabrication
2006.03-2006.09 Beijing Language and Culture University (BLCU), Intensive Program of Foreign Languages Abroad, Russian Language, Intermediate Candidate
2006.09-2010.09 St. Petersburg State Maritime Technical University, Russia, Department of Shipbuilding and Marine Engineering, Ph.
2012.09-2016.05 Harbin Engineering University, School of Shipbuilding Engineering, Postdoctor in Ship and Ocean Engineering

During his doctoral studies in Russia

2005.04-2008.09 Assistant Professor, School of Shipbuilding Engineering, Harbin Engineering University
2008.09-2013.12 Lecturer, School of Shipbuilding Engineering, Harbin Engineering University
2010.11-Present Master Tutor, School of Marine Engineering, Harbin Engineering University
2013.12-Present Associate Professor, School of Shipbuilding Engineering, Harbin Engineering University
2016.1-2016.4 Visiting Scholar, China Shipbuilding Industry Corporation (CSIC) 719 Research Institute
2017.6-Present College of Shipbuilding Engineering, Harbin Engineering University Doctoral Supervisor
2019.09-Present Professor, School of Shipbuilding Engineering, Harbin Engineering University




Academic presentation at St. Petersburg State University of Marine Technology, Russia

Ship Structural Dynamics, Ship Structural Impact, Vibration and Noise Reduction


Influence of hull structure

Welcoming a delegation of experts and professors from Komsomolsk State Technical University to our university
1. In April 2008, a delegation of the Harbin Engineering Organization visited the St. Petersburg State University of Marine Technology;
2. December 2008, Harbin Engineering delegation to St. Petersburg State University of Marine Technology, Institute of Marine Geology, Krylov Research Institute;
3. December 2008: Delegation of the HAECO Institute of Mechatronics went to St. Petersburg State University of Marine Technology to participate in a conference;
4. 06/2009, assistance in establishing contacts between our university and the Russian Central Institute of Shipbuilding Technology, a delegation from the Institute visited HAECO;
5.07.2009, a delegation from the Department of Structural Mechanics of St. Petersburg State University of Marine Technology visited Harbin Engineering;
6.09.2009, Harbin Engineering delegation visited St. Petersburg Central Institute of Shipbuilding Technology and St. Petersburg Institute of Marine Geology;
7.06.2012, represented our university to participate in the Harbin Fair as an interpreter of our exhibition group;
8.06.2013, visit of Prof. Daranukha from Komsomolsk State Technical University, Amur, Russia to the Institute;
9.07.2013, visited St. Petersburg State University of Marine Technology, Russia;
10.07.2014, Participation in the WCCM World Congress on Computational Mechanics, Barcelona, Spain;
11.12.2014, received a visit of Prof. Daranukha from Komsomolsk State Technical University, Amur, Russia and signed an agreement;
12.May 2015, participated in the International Symposium on the 60th anniversary of the founding of the Komsomolskiy State Technical University, Amur, Russia;
13.December 2015, visit to Komsomolskiy State Technical University, Amur, Russia and signing of cooperation agreement.
14. September 2016, visited the Russian Far Eastern Federal University and participated in the international conference "Polar Mechanics".
15. June 2016, participated in the Polar Mechanics Conference in Vladivostok, Russia.
16. July 2017, participated in the St. Petersburg International Maritime Exhibition and the 9th Krylov International Conference "Contemporary Ships", visited the Makarov National University of Shipbuilding, Ukraine.
17.June 2017, participated in the 9th International conference NAVY AND SHIPBUILDING NOWADAYS in Russia.
18.May 2018, Organized The Chinese-Russian-Ukraiuian Conference on Ship Shock and Vibration-Noise at Harbin Engineering University and served as the conference chairman.
19.July 2019, Participated in ICCM2019 International Conference in Singapore.

Welcoming a delegation of experts and professors from Komsomolsk State Technical University to our university

With professors and PhD supervisors of St. Petersburg State University of Marine Technology, Russia

Signing of cooperation agreement with Prof. Daharanukha, a renowned Russian expert in structural dynamics

Each year, we can enroll 4 master's degree students, 1 doctoral degree student, 13 graduated master's degree students, 12 master's degree students and 2 doctoral degree students.
1 Sun* 2011.9-2014.3 Explosion and Shock Resistance - Research Institute
2 Sun** 2012.9-2015.3 dynamics-Research Institute
3 Ji** 2012.9-2014.6 equipment shock-Research Institute
4 Guo** 2013.9-2016.3 Total Impact Strength-Research Institute
5 Wu** 2014.9- Anti-explosive impact-airburst Studying for Ph.
6 Li** 2014.9- Anti-explosive Impact-Localized Impact Strength HAIC
7 Wen** 2014.9- Anti-explosive and anti-shock- shock environment Studying for Ph.
8 Zhang** 2014.9- Vibration and Noise Reduction- Fast Prediction Methods Gore Acoustics
9 Guo** 2015.9- Anti-explosive and anti-shock- elongated body impact Gore Acoustics
10 Fan* 2015.9- Vibration and Noise Reduction- Artificial Intelligence Forecasting GREE Group
11 Li** 2015.9- Anti-explosive and anti-impact-dynamic substructure Shanghai Dianke
12 Xie* 2015.9- Explosion and Shock Resistance- Institute
13 Li** 2015.9- Vibration and Noise Reduction-Transient Statistical Energy HAGI Group
14 Huang** 2016.9- Device impact resistance and protection design Jiao Tong University for doctoral program
15 Yang* 2016.9- Research and Development of Large-Scale Impact Equipment Chongqing Instrumentation
16 Zhao* 2016.9- Impact Resistance of Elongated Body System Aerospace Special Machinery Research Institute
17 Bai* 2016.9- Vibration and Noise of Offshore Platforms and Offshore Equipment Hanguang Heavy Industry
18 Wang** 2016.9- Vibration Noise of Offshore Platforms and Offshore Equipment Gore Acoustics
19 Lin** 2017.9- Ship Collision Hanguang Heavy Industry
20 Hao** 2017.9- Impact Environment -  Institute
21 Zhu** 2017.9- Structural Design 708 Institute
22 Gu** 2017.9- Structural Big Data -Pursuing a  PhD
23 Zhang* 2018.9 Damage Recognition  
24 Xu* 2018.9 TSEA  
25 Yang* 2018.9 Structural Big Data  
26 Xue* 2018.9 SPH



Group building activities

Ship Vitality

structural dynamics (physics)



Russian experts were invited to give special lectures to students.

1, in our country a large marine platform platform vibration reduction and noise reduction test, for practical teaching accumulation of experimental data;


2. Mr. Guo Jun led the students to participate in an experiment;


2. In leading students through the test

Project name: Research and practice of implementing research-based teaching in a structural dynamics course

1. Ship Testing Localized Compartment Model Guo Jun; Yao Xiongliang; Zhang Aman; Cui Jie
ZL201110146390X 2011-06-01~ 2013-08-28
2. A kind of built-in separated hull protection device Guo Jun; Cui Jie; Ren Shaofei
ZL2011103044436 2011-10-10~2013-10-30
3. Controllable Underwater Acoustic Panel Xiongliang Yao, Xianzhong Wang, Fuzhen Pang, Longquan Sun, Jingqiao Tao, Nana Yang, Jun Guo
ZL2011101398012, 2011-05-27~2012-08-22
4. A target Jun Guo, Jie Cui, Yongwei Yue
ZL2012180023946 2012-6-29~2014-10-22
5. Hull box beam protective structure Guo Jun, Cui Jie, Yao Xiongliang
ZL2011103709209 2011-11-21~2013-12-25
6. Structural stiffness and strength testing method for wind load Guo Jun, Sun Feng, Wang Jun
zl2013102014786, 2013-05-28~ 2015-06-17
7. Device for eliminating the effect of bubble jet in cabin section Jie Cui, Jun Guo, A-Man Zhang
zl2011101619157, 2011-06-16~ 2013-10-30
8. Floating box type localized inspection device Guo Jun, Zhu Xianggang, Chen Gege
ZL2014201482331, 2014-03-28~2014-08-20
9. Broadband Multifunctional Floating Platform Deck Simulator Guo Jun; Zhuofei Wu; Bodong Li; Xiongliang Yao
ZL2015201132065, 2015-02-16~ 2015-08-12
10.A deep water simulator for an underwater impact experiment Wang Yu, Xuhong Miao, Jun Guo, Xiongliang Yao
ZL2011100153573 2011-12-14~2014-10-222
11. A Floating Impact Platform with Lateral Impact Reinforcement Guo Jun; Li Bodong; Wu Zhuofei; Yao Xiongliang
zl2015201387952, 2015-03-12~ 2015-07-22
12. a measuring device for hull outer plate wall pressure Feng Linhan Guo Jun Ji Chen
ZL2011100152231 2011-11-30~2013-5-8 .
13. an impact platform Guo Jun; Li Bodong; Wu Zhuofei; Yao Xiongliang
zl2015201390160, 2015-03-12~ 2015-07-22
14. a kind of armor for ships Guo Jun; Gao Shan; Liao Yuliang
ZL2013180026559 2013-6-14~2015-10-28
15. A shaft disk type take-up and release device for vibration shock real ship test Guo Jun; Fan Bin; Wang Na; Guo Junchen; Li Mingqi
ZL2017100692824 2017-2-8~2018-5-18
16. An instrument and cable integration device for on-site testing of vibration impact on ships Guo Jun; Fan Bin; Wang Na; Xie Hao; Li Xiaowen; Li Mingqi; Guo Junchen
ZL2017101899193 2017-3-28~2018-7-31
17. A kind of impact test system for ship structure Guo Jun; Fan Bin; Li Xiaowen; Wang Linan; Zhang Awan
ZL201611204003060 2016-5-5~2018-10-26

2010.8, Hull Vibration and Noise, National Defense Industry Press, ISBN 978-7-118-06915-0
2012.2, Fundamentals of Ship Structure Destruction and Vitality, National Defense Industry Press, ISBN 978-7-118-07717-0
2017.11, Multispan through Beams on Elastic Support :Theory and Calculation , Komsomolsk State University Press, Russia, ISBN 978-5-7765-1218-6

1.SCI and English papers

序号	文献	发表年份	发表期刊	作者	类别
1	Analysis of Explosion in Enclosure Based on Improved Method of Images	2016.5.4	Shock Waves	Z.Wu,J.Guo,X.Yao, G.Chen ，X.Zhu	SCI
2	Wall Effect of Underwater Explosion Loads Based on Wave Motion Theories	2014.10	China Ocean Engineering	Xiao Wei,Yao Xiongliang ,GuoJun	SCI
3	Comparablity Research on Impulsive Response of Double Stiffened Cylindrical Shells Subject to Underwater Explosion	2008.10	International Journal of Impact Engineering	Guo Jun	SCI
4	Shakedown Analysis of Offshore Structure under Impact Load	2014.7.20	WCCM XI	Guo Jun，Wang Jun，Yang Di	SCI
5	Dynamic Buckling of Stiffened Plates Subjected to Explosion Impact Loads	2016.3.15	Shock Waves	J.Wang,J.Guo, X.L.Yao,A,M,Zhang	EI
6	Research on shock resistance of modularization cabin	2012.3.19	Journal of Harbin Institute of Technology	Cui, Jie Chen, Hai-Long， Guo, Jun，Zhang, A-Man	EI
7	Numerical simulation and trail validation of the shock response of hull piping system under impact load	2015,25(01)	International Offshore and Polar Engineering Conference	Yu Fulin,Ding Jianjun, Guojun	EI

2.Chinese and EI papers
1 Ship collision process with plate
A preliminary investigation on the shear damage mechanism of beam structures during ship collision 2011, (08) Vibration and Impact Jun Guo, Feng Zhu, Jie Cui, Xiongliang Yao EI
2 Spectral unit method based on the impact of flat plate
Research on Fluid-Solid Coupling 2012, (02) Vibration and Shock Guo Jun, Zhang Aman, Yang Wenshan, Li Jia EI
3 Research on Structural Design of Medium-sized Floating Impact Platform 2014, (07) Vibration and Impact Jun Wang, Xiongliang Yao, Jun Guo EI
4 Floating impact platform corresponding to real ship
Discriminant Analysis of Shock Environment of Floating Shock Platform 2014, (06) Vibration and Shock Jun Wang, Jun Guo, Xiongliang Yao, Di Yang EI
5 Underwater shock under different shock environments of
Response Analysis of Shipboard Equipment under Different Shock Environments 2015, (15) Vibration and Shock
(15) Vibration and Shock Jun Wang, Jun Guo, Xiongliang Yang, Xiongliang Yao EI
6 Hull plate frame based on RKDG method for
Numerical Simulation of Explosive Shock Response 2015, (13) Vibration and Shock
(13) Vibration and Shock Yu Fulin, Guo Jun, Yao Xiongliang, Ren Shaofei EI
7 Dynamic bending moment of ship hull underwater impact
Theoretical and Experimental Research 2015.01 Journal of Military Engineering Guo Jun, Guo Jianjun EI
8 Based on Underwater Impact Real Ship Test
Research on Ship Damping 2015.01 Journal of Military Engineering Guo Jun, Huang Shichun EI
9 Numerical Simulation of Airborne
9 Numerical Simulation of Airborne Explosive Shock Wave Based on RKDG Method 2015.01 Journal of Military Engineering Yu Fulin, Guo Jun EI
10 Large Deflection Plastic Deformation of Unidirectional Reinforced Plate under Under the Action of Underwater Impact Shock Wave 2015.01 Journal of Military Science and Engineering Zhang Wenqi, Guo Jun EI
11 Torpedo Resistance of Ships against Sinking
Attack Limit Capacity Analysis 2014, (09) Journal of Harbin Engineering University Guo Jun, Sun Feng, Cao Dongmei
12 Underwater explosion based on field separation
Coupled Fluid-Solid Computational Methods 2011, (03) Explosion and Shock Guo Jun, Yang Wenshan, Yao Xiongliang
Zhang Aman, Ren Shaofei
13 Dynamic Response Characteristics of Ship Hull Rigid Body under Under the Action of Underwater Shock Wave
Dynamic Response Characteristics of Rigid Hull under Under Underwater Shock Waves 2013, 35(1) Journal of Harbin Engineering University Wang Jun, Guo Jun, Sun Feng
14 Dynamic Response of Cylindrical Shell under Bubble Jet Load
Dynamic Response of Cylindrical Shell under Bubble Jet Load 2013, 33(4) Explosion and Shock Guo Jun
15 Design of hull box section beam
Explosion and Shock Guo Jun, Wang Jun, Ding Jianjun 15 Design of Box Section Beam of Hull and Analysis of Explosion Resistance 2012, (06)
Cui J, Sun F
16 Destructive effect of compartment structure under bubble jet
16 Destructive effects of compartment structures under bubble jet 2012, (04) Explosion and impact Cui J, Zhang A-Man, Guo J, Li M, Huang Chao
Cui J, Zhang AM, Guo J, Li S, Huang CH
17 Based on underwater impact experiment
Research on Ship Damping 2014, (11.11) The Fifth National
Conference on Impact Resistance Huang Shichun, Guo Jun, Yu Fulin
Guo Jianjun
18 Theoretical and Experimental Study on the Dynamic Bending Moment of Ship Hull Underwater Impact
Theoretical and Experimental Research 2014.11.11 5th National Conference on Shock Resistance
Conference on Impact Resistance Guo Jun, Guo Jianjun, Huang Shichun
19 Experimental study on rigid body motion of ship hull under underwater shock wave
Experimental Study on Rigid Body Motion of Hull Segment under Under Underwater Shock Wave 2014, (02) Ship and Sea Engineering Chen Song, Wang Jun, Guo Jun, Wang Xiaoqiang
20 Numerical Study on Underwater Collision Characteristics of Submarine 2014, (01) China Ship Research Sun Dengcheng, Guo Jun, Wu Ming
Ji Xiubin, Zhu Xianggang, Chen Gege
21 Dynamic Response of Underwater Impact on Double Bottom Liquid Chamber of Ship
Dynamic Response of Ship's Double Bottom Liquid Chamber under Underwater Impact 2012, (06) Noise and Vibration Control Guo Jun, Cui J, Xiao Wei
Sun Feng, Li Shiming
22 Structural Deformation of Ships under the Action of Precision Guided Weapons
Structural Deformation Calculation under Accurate Guided Weapons 2014, (06) Mechanical Engineering and Automation
Automation Weidong Yan, Yanqing Liu.
Ma, Xiaoming, Wei Lin.
Zhang Ge, Guo Jun, Zhang Aman
23 Anti-Ship Missile Combat Section Action
Deformation Calculation of Hull Plate Frame Structure 2014, (06) Mechanical Engineering and
Automation Weidong Yan, Xiaoming Ma.
Liu, Yanqing, Zhang, Ge.
Wei Lin, Guo Jun, Zhang A Man

3.Russian papers
1.Родионов А.А., Го Цзюнь. Исследования повреждений от столкновений и повышения ударопрочности судов[J]. Морской Вестник, 2008, июнь 26, с. 97-101, 2008.
Research on ship collision damage and improvement of ship's collision resistance (Journal of Oceanography) 2008.6.
2.Родионов А.А., Го Цзюнь. Влияние конструктивных особенностей таранящего носа судна и борта,
подвергающегося тарану, на объем повреждений[J].Морской Вестник, 2008, сентябрь 27, с. 116-119, 2008.
Influence of some new factors on the volume and characterization of hull damage during ship collisions (Journal of Oceanography) 2008.9.
3.Родионов А.А., Го Цзюнь. Исследование аварийного разрушения относительно короткой стальной балки[J]. Строительная механика и расчет сооружений, 2009-4, с. 31-36, 2009.
Damage Characteristics of Short Girders in Hull Structures (Structural Mechanics and Structural Computation (Academic Journal)) 2009.4.
4.Родионов А.А., Го Цзюнь. Математическое моделирование процесса разрушения балки в бортовой
конструкции таранимого судна[J].ТРУДЫ ЦНИИ КРЫЛОВА, Выпуск 46(330), с. 89-102, 2009.
Analysis of the damage process of the collided ship's side structure (Journal of the Krylov Institute) 2009.
5.Родионов А.А., Го Цзюнь. Исследование энергии разрушения бортовой конструкции таранимого судна[J].
Морские Интеллектуальные Технологии, 2(2) 2008, с. 17-23, 2008.
Study of Energy Absorption in the Outboard Structure of the Struck Ship (Advanced Marine Technology (Academic Journal)) 2008.10.
6.Родионов А.А., Го Цзюнь. Исследование аварийных разрушений рамных связей судового корпуса[J].
Морские Интеллектуальные Технологии, 3(5) 2009, с. 48-52, 2009.
Analysis of Energy Absorption in Frame Beams of Hull Structures (Advanced Marine Technology (Academic Journal)) 2009.
7.Родионов А.А., Го Цзюнь. Исследование составляющих напряженно-деформированного состояниястальных
балок в процессе их разрушения[J]. XXIII Международная конференция
？Математическое моделирование в механике деформируемых тел и конструкций. Методы граничных и конечных элементов？. Том 2, Труды. СПб. 2009, 9, с.348-360.
Component analysis of stress-deformation states of hull structure beams during damage (23rd International Conference on Mathematical Modeling and Finite Element and Boundary Element Methods in Solid Mechanics) 2009.9.
8.Родионов А.А., Го Цзюнь. Моделирование разрушения балок в бортовых конструкциях таранимого судна[J].
Конференция по строительной механике корабля памяти академика Ю.А.
Шиманского, с. 84-85, 2008, САНКТ-ПЕТЕРБУРГ.
Ultimate load analysis of hull structure beams (Proceedings of the Shmansky Conference on Structural Mechanics of Ships (Krylov)) 2008.11
9.Родионов А.А., Го Цзюнь. Численное моделирование разрушения корпуса таранимого судна[J].
Конференция по строительной механике корабля, посвященная памяти профессора
П.Ф. Папковича, с.65-66, 2009, САНКТ-ПЕТЕРБУРГ.

1.2014 Outstanding Master's Degree Instructor of the Year
2.2012 Outstanding Class Teacher
3.2015 Outstanding Class Teacher
4.Outstanding Contribution to the Organization of the Second National Marine Vehicle Design and Manufacturing Competition
5. Outstanding Instructor Award of the Fifth "Information Technology Innovation and Practice Activities in National Universities".
6. Entrepreneurship Practice Challenge of the 2018 "Youth Creation" ZJU Shuangchuang Cup National Student Entrepreneurship Competition.