The course will give a brief overview of different types of ocean structures that are deployed in sea for exploiting oil, gas and minerals. While fundamentals of structural dynamics are discussed, detailed mathematical modeling of ocean structures and their dynamic analysis under waves, wind and current are highlighted with special emphasis to fluid-structure interaction. Introduction to stochastic dynamics of ocean structures is also discussed with lot of tutorials and sample papers that shall intuit self-learning through the course. Focus is on the explanation of fundamental concepts as addressed to graduate students..INTENDED AUDIENCE : Any interested learners.
Dynamics Of Ocean Structures
Indian Institute of Technology Madras and NPTEL via Swayam
This course may be unavailable.
Overview
Syllabus
Week 1: Introduction to offshore structures Environmental loads Structural action
Week 2: Single degree-of-freedom Equation of motion Free vibration of SDOF systems
Week 3: Damped and undamped forced vibration Damped forced vibration Response build up
Week 4: Numerical examples Numerical examples- MDOF
Week 5: Eigen value problems Orthogonality of modes Numerical methods in MDOF
Week 6: Influence coefficient method Stodla method Rayleigh method Modal response of MDOF
Week 7: Rayleigh damping Caughey damping Damping by super-positioning Duhamel integral Model super position and Truncation
Missing mass correction
Week 8: Fluid structure interaction Retrofitting and Rehabilitation Earthquake forces
Week 9: Articulated towers Fluid structure interaction application in ocean structures Response control of compliant structures (MLAT) MLAT with passive damperss
Week 10:Tension leg platforms Fluid-structure interaction Dynamic analysis for springing and ringing
Week 11:Numerical integration Dynamic analysis offshore triceratops Stochastic process
Week 12:Response spectrum Return period Fatigue damage
Week 2: Single degree-of-freedom Equation of motion Free vibration of SDOF systems
Week 3: Damped and undamped forced vibration Damped forced vibration Response build up
Week 4: Numerical examples Numerical examples- MDOF
Week 5: Eigen value problems Orthogonality of modes Numerical methods in MDOF
Week 6: Influence coefficient method Stodla method Rayleigh method Modal response of MDOF
Week 7: Rayleigh damping Caughey damping Damping by super-positioning Duhamel integral Model super position and Truncation
Missing mass correction
Week 8: Fluid structure interaction Retrofitting and Rehabilitation Earthquake forces
Week 9: Articulated towers Fluid structure interaction application in ocean structures Response control of compliant structures (MLAT) MLAT with passive damperss
Week 10:Tension leg platforms Fluid-structure interaction Dynamic analysis for springing and ringing
Week 11:Numerical integration Dynamic analysis offshore triceratops Stochastic process
Week 12:Response spectrum Return period Fatigue damage
Thanks to the support from MathWorks, enrolled students have access to MATLAB for the duration of the course.
Taught by
Prof. Srinivasan Chandrasekaran
