Reliability and Integrity Management of Marine Systems
The purposes of this module is to:
- Introduce and develop the concepts of risk and reliability and demonstrate how these concepts relate to integrity management decisions
- Demonstrate how hazards are assessed and quantified using industry recognised techniques of FMECA and HAZOP
- Explain how subsea structures are maintained and inspected
- Deliver structural reliability theory and its application to marine structures
Introduction to the concepts of risk including:
- Quantitative
- Semi-quantitative
- Qualitative approaches
- ALARP criteria
- individual and societal risk factors
FMECA and HAZOPS:
- Use of failure modes and effects and criticality analysis to identify system and component failure
- Hazard and operability studies to identify hazards in offshore and subsea processes
Monitoring, Intervention and Inspection Methods:
Data Management:
- The use of data management systems to maintain records
- Inform the integrity management process
Structural reliability theory:
- Reliability-based limit state design of marine structures
Learning Outcomes
On successful completion of this course, students will be able to demonstrate knowledge and understanding of:
- IKO1: The concepts of risk assessment, particularly as it relates to integrity management.
- IKO2: Hazards related to offshore and subsea operation.
- IKO3: The financial implications involved with assessing the maintenance strategies for offshore facilities.
- IKO4: The appropriate inspection and intervention techniques for the threats identified.
- IKO5: The reliability-based limit state design of marine structures.
On successful completion of this course, students will develop the following subject specific and intellectual skills:
- ISO1: Completing simple risk assessments and FMECA for a system.
- ISO2 - Decision making
- ISO3 - Communication skills
- ISO4 - Data evaluation
Course Agenda
This module will include:
- Pre-reading
- Examples
- Intensive block of teaching (five days) and a post-teaching assignment
For more information on this course, please contact llahub@newcastle.ac.uk or enquire here
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