CEVE 596-496 OFFSHORE AND MARINE SYSTEMS
ENGINEERING
Spring 2011
Ryon
201 M 2:00 to 3:30 pm W 2:00 to 3:00 pm
Instructor: Professor Satish Nagarajaiah
Department of
Civil and Environmental Eng.
Department of
Mechanical Eng. and Material Science
213 Ryon Bldg.,
713-348-6207
Course
Content:
|
496 Introduction to dynamics of
offshore and marine systems, structures, drillstrings, marine risers, fluid
forces, hydrodynamic forces, wind and earthquake forces. MATLAB programming
and use of computer software. Demonstrations and laboratory examples. |
|
596 Introduction to dynamics of offshore and marine systems,
structures, drillstrings, marine risers, fluid forces, hydrodynamic forces,
wind and earthquake forces. MATLAB programming and use of computer software. Demonstrations
and laboratory examples. Students in CEVE 596 (GR version) will be required
to do more advanced assignments and a project. |
Text: No Required Text
Detailed lecture
notes handed out each class
References:
-
Handbook
of Offshore Engineering (2-volume set) Elsevier Ocean Engineering Series, By
Subrata Chakrabarti
-
Floating
Structures: A guide to for design and analysis, Vol. I and II, CMPT, 1998, and
Documents from SNAME
-
SESAM,
DNV Software Manual
Recommended
prior courses: CEVE/MECH 527/427
Grading
Policy:
|
CEVE 496 |
CEVE 596 |
|
|
HW and Computer Assignments 25% |
HW and Computer Assignments 20% |
|
|
Quiz
25% |
Quiz
20% |
|
|
Mid Term Exam 25% |
Mid Term
20% |
|
|
Take Home Exam 25% |
Take Home Exam 20% |
|
|
|
Project
20% |
|
Homework
Policy:
Homework due date will be
announced in class. Homework submitted late will receive partial grade at the
discretion of the instructor.
ADA:
If
you have a documented disability that will impact your work in this class,
please contact me to discuss your needs. Additionally, you will need to
register with the Disability Support Services Office in the Ley Student
Center. 713/348-5841; www.dss.rice.edu
Course
Topics:
Linear SDOF and MDOF discrete
systems
Undamped and damped systems
Free and forced vibration
Dynamic response to periodic and
arbitrary excitations
Fourier Series and Transform,
Laplace Transform
Transfer Function and Impulse
Response Function
Modal analysis
Introduction to fixed and floating
offshore structures
World Climate, Environmental data,
Wind, Wave, Tides, Currents, etc.
Various Types of Loading (Wind,
Wave etc.)
Hydrodynamics
Static and Dynamic Response
Characteristics, Stability
Finite Element Modeling of Offshore
Structures
Uncouple and Coupled Analysis
Techniques
Mooring Systems
Tether Systems
Rigid Risers, Flexible Risers,
Umbilicals
Examples of Fixed, Complaint &
Tension Leg Platforms, Spars, Semi-submersible, FPSO
Final Comprehensive Project on
Analysis of Fixed & Tension Leg Platforms, Spars, Semi-submersible etc.
Advanced
Topics:
Linear Systems: State Space
Analysis
State Feedback Control
Output Feedback Control
Frequency Domain Design and PID
Control
Modal Identification
Demonstrations and laboratory
examples