Syllabus
2016

Global Course ofDepartment of Maritime Engineering
Graduate School of Engineering
Kyushu University

【海洋システム工学概論第 I】
CodeIM1611 / CL7Title

Introduction ofMarine Systems Engineering I(Naval Architecture and Marine
Systems Engineering)

Category

Advanced subject

Activities

LecturePeriod1st (fall) term, 1st year student

Credit2

Takao YOSHIKAWA(All professors in Department of Marine
System Engineering)

Keywords

Control, Automatic piping,Manoeuvrability, Resistance andpropulsion ,Fracture, Chaotic systems,
Crashworthiness, Floating structures,Wind energy, Environmental risk

Phone: 092-802-3454
E-mail: yoshikawa@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-728

CourseRequirements

Instructor,Contact
Information

OutlineNone

The following introductory lectures will be presented
1) Introduction to control technology、2) Automatic piping algorithm and valve operability
optimization, 3) Ship manoeuvrability, 4) Crashworthiness of vehicle, 5) Structural design of very large
floating structures, 6) Overview of fracture mechanics, 7) Introduction on offshore wind energy, 8) Ship
resistance and propulsion, 9) Introduction of chaotic systems, 10) Marine environmental risk

【海洋システム工学概論第 II】
CodeIM1612

Title

Introduction ofMarine Systems Engineering II

Category

Advanced subject

Activities

LecturePeriod2nd (spring) term, 1st year student

Credit2

Keywords

Ship design, Systems design, Chaoticsystem

CourseRequirements

It requires fundamental knowledge forships and offshore structures.

Instructor,
Contact
Information

OutlineSatoru YAMAGUCHI,
Hajime KIMURA,
Takashi TANAKA
Phone: 092-802-3461
E-mail: yama@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-735
Phone: 092-802-3452
E-mail: kimura@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-634
Phone: 092-802-3458
E-mail: tanaka@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-732

1) Ship preliminary design, 2) Systems design、3) Chaotic system

【船舶海洋抵抗特論】
CodeIM1613

Title

Advanced Theory of Resistance for
Ship and Marine Structures

Category

Advanced subject

Activities

LecturePeriod2nd (spring) term, 1st year student

Credit2

Keywords

Viscous flow, Boundary layer
calculation, Potential flow around body,Wave-making resistance

Jun ANDO
Instructor,
Contact
Information

OutlinePhone: 092-802-3449
E-mail: ando@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-631Course
Requirements

It is required to understandhydrodynamics.

This lecture focuses on hydrodynamics about flow around body and resistance acting on body.

【応用リスク解析学】
CodeIM1614

Title

Applied Risk Analysis

Category

Advanced specialized subject

Activities

LecturePeriod2nd (spring) term, 1st year student

Credit2

Takeshi SHINODA
Instructor,
Contact
Information

OutlinePhone: 092-802-3459
E-mail: shinoda@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-733

Keywords

CourseRequirements

Risk analysis, Risk assessment,
Evaluation and decision making

None

This lecture focuses on the structure of risk assessment and applications for risk analysis methods.

【応用数理学】
CodeIM1614

Title

Applied Mathematics for Design

Category

Advanced subjectActivities

LecturePeriod2nd (spring) term, 2nd year student

Credit2Keywords

Mathematical models, Nonlinear, Chaos

Takashi TANAKA
Instructor,
Contact
Information

OutlinePhone: 092-802-3458
E-mail: tanaka@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-732

CourseRequirements

NoneThis lecture focuses on mathematical models and chaotic phenomena as one of nonlinear sciences.

【船舶基本設計特論】
CodeIM1616

Title

Advanced Basic Design for Ships

Category

Advanced subject

Activities

LecturePeriod2nd (spring) term, 1st year student

Credit2Satoru YAMAGUCHI
Instructor,
Contact
Information

OutlinePhone: 092-802-3461
E-mail: yama@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-735

Keywords

CourseRequirements

Preliminary Design, Basic Design

It requires fundamental knowledge ofship design.

This lecture focuses on preliminary and basic design of ship.

【破壊管理工学特論】
CodeIM1617

Title

Advanced Course inFracture Control Design

Category

Advanced specialized subject

Activities

LecturePeriod1st (fall) term, 1st year student

Credit2

Keywords

Marine dynamics, Motion of floating
body, Hydrodynamics

CourseRequirements

It is required to understandhydrodynamics and dynamics andcontrol of ships.

Koji GOTOH
Instructor,ContactInformation

OutlinePhone: 092-802-3457
E-mail: gotoh@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-731

Fundamental and practical application of fracture mechanics
1. Introduction, 2. Linear elastic fracture mechanics
3. Elastic-plastic fracture Mechanics, 4. Application to structures
5. Fatigue crack propagation, 6. Special lectures given by industrial experts (tentative)【構造安定論】
CodeIM1618

Title

Continuum Mechanics IICategory

Advanced specialized subject

Activities

LecturePeriod1st (fall) term, 1st year student

Credit2Keywords

Buckling, Static and dynamic stabilityof structure

CourseRequirements

It is required to understand the basics ofmaterial mechanics and structural
strength.

Takao YOSHIKAWA
Instructor,
Contact
Information

OutlinePhone: 092-802-3454
E-mail: yoshikawa@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-728

The analytical procedures for solving for problems of Static and Dynamic Stability will be lectured. Thestudents must explain the cause and counter measures for some stability troubles which were happened
previously. (In Japanese)【船舶運動特論】
CodeIM1619

Title

Advanced Course ofDynamics of Ships

Category

Advanced specialized subject

Activities

LecturePeriod1st (fall) term, 1st year student

Credit2

Keywords

Marine dynamics, Ship stability, Ship
manoeuvrability, Prevention of marine
accidents

Yoshitaka FURUKAWA
Instructor,
Contact
Information

OutlinePhone: 092-802-3448
E-mail: furukawa@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-630

CourseRequirements

It is required to understandhydrodynamics and dynamics andcontrol of ships.

This lecture focuses on ship manoeuvrability and prevention of marine accidents.

【制御工学特論】
CodeIM1620

Title

Advanced Course ofControl Engineering

Category

Advanced specialized subject

Activities

LecturePeriod2nd (spring) term, 1st year student

Credit2Hiroyuki KAJIWARA
Instructor,
Contact
Information

OutlinePhone: 092-802-3441
E-mail: kajiwara@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-633

Keywords

CourseRequirements

LPV control, LMI-based designState-space Approach to control systemdesignThis lecture focuses on LPV (Linear Parameter Varying) control technology by LMI (Linear MatrixInequality) based design for gain-scheduling control and robust control.

【海洋エネルギー利用計画】
CodeIM1621

Title

Application of Energy
from the Ocean

Category

Advanced specialized subject

Activities

LecturePeriod1st (fall) term, 1st year student

Credit2

Keywords

Ocean, Energy, Wave, Current, Wind

CourseRequirements

It requires fundamental knowledge ofhydrodynamics.

Satoru YAMAGUCHI
Instructor,
Contact
Information

OutlinePhone: 092-802-3461
E-mail: yama@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-735

This lecture focuses on application of ocean energy.

【船舶海洋振動学特論】
CodeIM1622

Title

Advanced Course on Vibration ofMarine Structures

Category

Advanced specialized subject

Activities

LecturePeriod1st (fall) term, 1st year student

Credit2

Yukitaka YASUZAWA
Instructor,
Contact
Information

OutlinePhone: 092-802-3455
E-mail: yasuzawa@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-729

Keywords

Structural vibration, Modal analysis,
Ship vibration

CourseRequirements

It is required to understand structural
strength and fundamental vibration
theory.

This lecture focuses on vibration theory and design and analysis method for marine structures.

【システム設計特論】
CodeIM1623

Title

Advanced Course ofSystems Design Engineering

Category

Advanced specialized subject

Activities

LecturePeriod2nd (fall) term, 1st year student

Credit2Keywords

linear regression, Optimization
algorithms, Markov process, Dynamic
programming

CourseRequirements

It is required to understand basic
knowledge of Calculus and Linear
Algebra and computer programming.

Hajime KIMURA
Instructor,
Contact
Information

OutlinePhone: 092-802-3452
E-mail: kimura@nams.kyushu-u.ac.jp
Room: Ito Campus, W2-634

This lecture presents methodology to solve various optimization problems making use of computers.