CRED Module 2 – Advanced Composites Repair Analysis
Overview
CRED Module 2 builds directly on the engineering principles established in Module 1 and applies them to the analysis, design, and substantiation of repairs to damaged primary load-bearing composite structures.
This course bridges the gap between theory and real-world application, focusing on restoring structural integrity through properly engineered composite repairs.
Course Description
Participants will fabricate a composite structural component that will be intentionally damaged, analysed, and repaired as part of a controlled engineering process. Using Classical Laminate Theory and approved engineering methods, trainees will calculate repair design parameters and implement a repair intended to restore the original structural strength.
Following repair, the component will be re-tested to validate the effectiveness of the repair design and confirm compliance with structural performance requirements.
Learning Outcomes
By the end of this 5-day course, participants will be able to:
- Analyse damage in primary load-bearing composite structures
- Perform repair stress analysis using CLT
- Design composite repairs to restore original load-carrying capability
- Apply engineering substantiation techniques to repair designs
- Validate repair effectiveness through testing and analysis
Topics Covered
- Advanced application of Classical Laminate Theory
- Damage assessment and repair classification
- Repair design methodology for primary structures
- Load path restoration and strength recovery
- Repair implementation techniques
- Post-repair testing and validation
Duration
5 days
Prerequisite
CRED Module 1 – Composite Repair Engineering Design