Design and manufacture of ships and marine structures

homepage Education Graduate Design and manufacture of ships and marine structures

I. Discipline introduction

The knowledge of the marine vessel, the mechanical, automatic control, fluid mechanics, solid mechanics and the electrics are involved in the subject. The theory and method of design, manufacture, operation, inspection and service performance assessment are contented in the advanced subject. Combination, cross, permeability and application to a number of other disciplines are obvious in this subject. Such as the hydraulic engineering, mechanical engineering, control engineering.

Design and manufacture of ships and marine structures is the key subject of Shanghai Maritime University. It is currently an A-level master discipline, and the corresponding A-level doctor discipline have also been set up in Shanghai Maritime University.

The research direction of the major is clear. We mainly study the texture and structure of the ship and marine structures, principles of navigation, security, design principles, construction regulations, and hull inspection specification from the major classification societies. Then, some researches about the design, manufacture, performance, operations, development and service control of ship and marine engineering structures and underwater bathyscaphs will be done.

II. Educational objectives

The general objective of this discipline is to produce naval architecture and ocean engineering specialists with an all-round moral, intellectual and physical development, who are capable of working in the fields of design, building, education, research of ship and ocean engineering, etc. The detailed qualifications of the specialists are as follows:

1. Possessing profound basic knowledge of naval architecture and ocean engineering. Having adequate engineering practice under the guidance of the theories; Grasping enough skills of research, design, test, and engineering creation; Being conscious of combining the theories with practice in their graduation theses.

2. Commanding a second foreign language so that they are proficient in communicating with foreigners and reading reference books written in foreign language. Being familiar with PC technology and using the relating software.

3. Having physical fitness and sound psychology.

III. Main research area

Name of Research Area

Main Research Topics

Graduate Tutor

Hull fatigue detection

1. Ship power plant design, State detect and fault diagnosis;

2. New energy and new ship hybrid propulsion;

3. The study of vibration reduction, noise reduction, energy saving and emission control for diesel engine;

4. The study on simulation of ship power plant system

Jin Yongxing

Hu Yihuai

Wu Shengchun

Tu Xinghua

Ship and ocean engineering structures design

1.The strength design of ship and ocean engineering structures;

2. The study of new ship development and design;

3. Reliability and Economy Research on ship power plant system;

4. Ship Survey, repair and producing, test, Hull Insurance, service and claims;

5. The study on design and optimization of underwater structures;

6. Reliability and optimization Research on ocean engineering structures;

7. The research and design of deep submersibles.

Xu Leping,

Jiang Guohe,

Zhang Baoji ,

Liu Wei ,

Cao Anxi,

Guo Jiamin

The Study of ship Maneuvering characteristics

1. The study of ship maneuverability;

2. The study of ship maneuverability optimization;

3. The calculating and analysis of ship hydrodynamic performance.

Xiao Yingjie

Qiu Wenchang

Wang Fei

Wang Shengzheng

IV. Course design

Course Categories	Course Name	Hours	Credits	Semester	Responsible Institute	Teacher	Protocol Teacher
Public Degree Courses （Required 8 credits）	Chinese Traditional Culture	32	2	first	College of Foreign Languages
	Modern Chinese Culture	32	2	first	College of Foreign Languages
	Chinese	128	4	first second	College of Foreign Languages
Degree Basic Courses （9 credits）	Advanced structure mechanics	48	3	first	College of Marine Environment and Engineering	Zhixing xiong	Zhixing xiong
	Ship esistance	48	3	first	College of Marine Environment And Engineering	Baoji zhang	Baoji zhang
	Numerical Analysis	48	3	second	Arts and Science
Major Degree Courses （8 credits）	Advanced (Numerical) Fluid mechanics	48	3	first	MMC	Wei Chen	Lei Chen
	Structure Strength and Fatigue Monitoring	48	3	first	College of Marine Environment and Engineering	Anxi Cao	Anxi Cao
	ship maneuvering and control	48	3	first	MMC	Chaojian Shi	Shengzheng Wang
Major Optional Courses （6 credits）	Discipline frontier courses (compulsory)	32	2	first	MMC	Wei Haijun	Yihuai Hu
	The principles of Ship design	40	2.5	second	College of Marine Environment and Engineering	Wei liu	Wei liu
	The hydrodynamics of ship	32	2	second	College of Marine Environment and Engineering	Baoji zhang	Baoji zhang
	Theory of propeller	32	2	second	College of Marine Environment and Engineering	Wei liu	Wei liu
	Computer-aided ship design	32	2	second	College of Marine Environment and Engineering	Yi ting zhan	Yi ting zhan
	Ship structure and Finite elements analysis	32	2	first	MMC	Guohe Jiang	Baozhong Chen
	Shipbuilding mode and ship survey	32	2	second	MMC	JunWu Guo	Baozhong Chen
	Fluid mechanics and structure dynamic response of marine engineer	32	2	second	College of Marine Environment and Engineering	Gongxing wu	Gongxing Wu
	Theory and Design of Marine structure	32	2	second	College of Marine Environment and Engineering	Hui zhou	Hui zhou
	Welding and fracture Analysis	32	2	second	Merchant	Caixiang Gu	Haijun wei
Make-up Courses (two; non-credit)	Introduction to Marine Engineering	16		first	MMC	Zhongcheng WANG	Lei SHI
Make-up Courses (two; non-credit)	Introduction to Ships	16		first	MMC	Feng WANG	Gang WU
Other Compulsory Connection （non-credit）	Academic Activities and Symposium	8 times		second third		tutor
	Practical Session	60		second		tutor
	Literature Reading			first second		tutor
Mid-term examination	Beginning of the third semester
Research Requirement	According to the college requirement
Academic dissertation	The third or fourth semester
Other Requirement	Training on board the oceangoing ship for 2 weeks and take abroad conference once a year
Copywriter：XU Leping Executive Dean：HU Qinyou Chairman of The Committee：XU Leping

V. Main bibliography and periodical catalog of literature reading for this course

Serial No	Name of Literature and Periodical	Author and Publishing Unit	Remarks
1	ship engineering technology manual	Hans heinrich mayer-Peter, Shanghai Jiaotong University Press
2	Ship design practicality manual	China Ship Industry Corporation National defense industry Press
3	the manual of Ship structure mechanics	Parley , National defense industry Press
4	Journal of Dalian University of Technology	Dalian University of Technology
5	Acta Mechanica Solida Sinica	The Chinese Society of Theoretical and Applied Mechanics
6	engineering mechanics	Tsinghua University
7	Journal of Shanghai Jiaotong University (Science)	Shanghai Jiaotong University
8	China Shiprepair	The Society of Naval Architects and Marine Engineers of China
9	Navigation of China	The China Institute of Navigation
10	Equipment maintenance and management	Chinese Mechanical Engineering Society
11	Journal of Ship Mechanics	The Society of Naval Architects and Marine Engineers of China
12	Journal of the Kansai Society of Naval Architects	The Kansai Society of Naval Architects
13	Ship Building of China	The Society of Naval Architects and Marine Engineers of China
14	Marine Technology	China shipbuilding industry group shipping technology research institute
15	Journal of mechanical engineering	Chinese Mechanical Engineering Society
16	Computer and Communications	Wuhan University of Technology
17	Japan Marine authorities learn to volunteer	Japan turbine engineering society
18	Journal of Dalian Maritime University	Dalian Maritime University
19	Ship & ocean engineering	Wuhan shipbuilding engineering society
20	The ocean engineering	Chinese Society for Oceanography
Introduction	Literature Reading： According to its research area, postgraduates should read a certain amount of Chinese or Foreign language material and master research fronts of course development during their study, integrating with tutor’s scientific research and their own need of dissertation project selection.

VI. Postgraduate Education for Practical Applications

The discipline of ship and ocean engineering lays much emphasis on practice, and therefore, The discipline of theoretical knowledge is combined with practical ability closely. What's more, practice is a more important part. In order to take theory into practice, and work independently,all graduate students must participate in social practice actively. The course is designed to provide students for the scientific and engineering project standard and procedures, the opportunity of practicing scientific research and practical capability, which will be completed through the study of theories and participation of scientific research in the engineering practices.

Postgraduates, under the guidance of the teacher, should be trained to discovery problems, analyze issues and solve problems and scientific innovation from the scientific research work or the comprehensive technical training. Engineering practice must be applied into the dissertation. And the new knowledge or new ideas should be involved in the paper so as to guarantee the quality of their work.

Education

China Shiprepair

Computer and Communications