Fatigue and Fracture in Marine Structures
( 25 Modules )

Module #1
Introduction to Fatigue and Fracture
Overview of fatigue and fracture in marine structures, importance, and relevance

Module #2
Basic Principles of Fatigue
Definitions, types of fatigue, and fatigue mechanisms

Module #3
Fatigue Loading in Marine Structures
Types of loads, stress concentrations, and fatigue-prone areas

Module #4
Material Properties and Fatigue
Fatigue properties of materials, S-N curves, and fatigue strength

Module #5
Fracture Mechanics Fundamentals
Basic concepts, stress intensity factor, and fracture toughness

Module #6
Fracture Types and Characteristics
Modes of fracture, crack growth, and fracture surface analysis

Module #7
Fatigue Crack Growth
Paris-Erdogan law, crack growth mechanisms, and fatigue life prediction

Module #8
Fracture Assessment Methods
Failure assessment diagrams, fracture mechanics-based methods, and codes

Module #9
Material Selection for Marine Structures
Material properties, selection criteria, and corrosion resistance

Module #10
Welded Joints and Fatigue
Welding processes, weld quality, and fatigue performance of welded joints

Module #11
Fatigue Analysis of Marine Structures
Finite element methods, fatigue analysis software, and case studies

Module #12
Structural Integrity Assessment
Methods for assessing structural integrity, inspection, and maintenance strategies

Module #13
Corrosion and Fatigue Interaction
Corrosion mechanisms, corrosion-fatigue interaction, and protection methods

Module #14
Fatigue Design of Marine Structures
Design philosophies, fatigue design rules, and code requirements

Module #15
Fatigue Testing and Inspection
Types of fatigue testing, inspection methods, and NDE techniques

Module #16
Case Studies:Fatigue Failures in Marine Structures
Real-life examples of fatigue failures, investigation, and lessons learned

Module #17
Risk-Based Inspection and Maintenance
Risk-based approach, inspection strategies, and maintenance planning

Module #18
Fatigue and Fracture in Offshore Structures
Specific challenges, design requirements, and case studies

Module #19
Fatigue and Fracture in Ship Structures
Specific challenges, design requirements, and case studies

Module #20
Fatigue and Fracture in Renewable Energy Structures
Specific challenges, design requirements, and case studies

Module #21
Advanced Topics in Fatigue and Fracture
Multiaxial fatigue, variable amplitude loading, and probabilistic methods

Module #22
Fatigue and Fracture in Composite Materials
Fatigue behavior, fracture mechanics, and applications in marine structures

Module #23
Fatigue and Fracture in Coatings and Linings
Fatigue behavior, fracture mechanics, and applications in marine coatings and linings

Module #24
Regulatory Framework and Standards
Overview of regulations, codes, and standards for fatigue and fracture in marine structures

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Fatigue and Fracture in Marine Structures career

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Fatigue and Fracture in Marine Structures ( 25 Modules )

Fatigue and Fracture in Marine Structures
( 25 Modules )