Dynamic Analysis of Marine Structures
( 24 Modules )

Module #1
Introduction to Dynamic Analysis of Marine Structures
Overview of the importance of dynamic analysis in marine structures, course objectives, and outline

Module #2
Types of Marine Structures
Classification and characteristics of offshore platforms, ships, and other marine structures

Module #3
Wave Theories and Coastal Engineering
Introduction to wave theories, wave forces, and coastal engineering principles

Module #4
Wind and Current Loads on Marine Structures
Principles of wind and current loads, calculation methods, and drag coefficients

Module #5
Structural Dynamics Fundamentals
Introduction to structural dynamics, vibration types, and response analysis

Module #6
Modal Analysis of Marine Structures
Modal analysis principles, mode shapes, and natural frequencies

Module #7
Frequency Domain Analysis
Frequency domain analysis principles, transfer functions, and frequency response functions

Module #8
Time Domain Analysis
Time domain analysis principles, numerical integration methods, and time histories

Module #9
Random Vibration and Spectral Analysis
Introduction to random vibration, spectral analysis, and power spectral density

Module #10
Fatigue Analysis of Marine Structures
Fatigue analysis principles, SN curves, and cumulative damage

Module #11
Material Properties and Selection
Overview of materials used in marine structures, properties, and selection criteria

Module #12
Design and Analysis of Offshore Platforms
Design and analysis principles for fixed and floating offshore platforms

Module #13
Design and Analysis of Ship Structures
Design and analysis principles for ship hulls, superstructures, and equipment

Module #14
Dynamic Analysis of Mooring Systems
Dynamic analysis principles for mooring systems, including cables and chains

Module #15
Hydrodynamic Analysis of Marine Structures
Hydrodynamic analysis principles, including boundary element methods and finite element methods

Module #16
Soil-Structure Interaction Analysis
Soil-structure interaction analysis principles, including pile foundations and seabed interaction

Module #17
Case Studies in Dynamic Analysis of Marine Structures
Real-world case studies of dynamic analysis of marine structures, including successes and failures

Module #18
Advanced Topics in Dynamic Analysis
Advanced topics in dynamic analysis, including nonlinear analysis and uncertainties

Module #19
Computational Tools for Dynamic Analysis
Overview of commercial and open-source software for dynamic analysis of marine structures

Module #20
Validation and Verification of Dynamic Analysis
Importance and methods for validation and verification of dynamic analysis results

Module #21
International Codes and Standards for Marine Structures
Overview of international codes and standards for design and analysis of marine structures

Module #22
Risk and Reliability Analysis of Marine Structures
Introduction to risk and reliability analysis, including probability theory and Monte Carlo simulations

Module #23
Maintenance and Inspection Strategies
Strategies for maintenance and inspection of marine structures, including condition-based maintenance

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Dynamic Analysis of Marine Structures career

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Dynamic Analysis of Marine Structures ( 24 Modules )

Dynamic Analysis of Marine Structures
( 24 Modules )