Magnetic flux Leakage (MFL) Level II

Blended
5 Hari Online
2 Hari Offline

Schedule
• 18 – 24 Mei 2026
• 15 – 21 Juni 2026
• 13 – 19 Juli 2026
• 10 – 16 Agustus 2026
• 14 – 20 September 2026

Course Fee
Rp. 15.000.000,-

Course Material

Introduction to Magnetic Flux Leakage (MFL) Inspection:

• Overview of MFL as a non-destructive testing (NDT) method.
• Principles of magnetic flux leakage and its application in detecting surface and subsurface defects in ferromagnetic materials.
• Comparison of MFL with other NDT methods.

Basic Magnetism and Electromagnetism:
• Fundamental principles of magnetism and electromagnetism.
• Understanding magnetic fields, magnetic flux, and magnetic domains.
• Principles of electromagnetic induction.

MFL Equipment and Instrumentation:
• Introduction to MFL inspection tools and equipment.
• Overview of various MFL sensor designs (e.g., yokes, transverse, circumferential).
• Understanding signal acquisition systems and data interpretation software.

MFL Inspection Techniques:
• Setup and calibration procedures for MFL equipment.
• Inspection procedure development and optimization.
• Factors affecting MFL inspection sensitivity and accuracy.

Data Acquisition and Analysis:
• Techniques for acquiring MFL data during inspections.
• Data processing and analysis methods.
• Interpretation of MFL signals to identify and characterize defects.

Defect Detection and Classification:
• Identification of different types of defects detectable by MFL (e.g., corrosion, cracks, laminations).
• Classification of defects based on size, shape, and severity.
• Case studies and examples of real-world defect detection using MFL.

Advanced Topics in MFL:
• Advanced signal processing techniques for enhancing defect detection.
• Quantitative analysis methods for assessing defect size and depth.
• Integration of MFL with other inspection methods for comprehensive asset evaluation.

Quality Assurance and Documentation:
• Procedures for quality assurance and control in MFL inspections.
• Documentation requirements and reporting standards.
• Compliance with industry codes, standards, and regulations (e.g., API 570, ASME Section VIII).
• Safety Considerations: Safety protocols and best practices for MFL inspections.
• Hazards associated with magnetic fields and electrical equipment.
• Personal protective equipment (PPE) requirements.

Practical Exercises and Hands-on Training:
• Hands-on training sessions using MFE-MFL equipment on mock-up specimens or actual components.
• Simulated inspection scenarios to practice defect detection and data analysis skills.
• Troubleshooting common issues encountered during MFL inspections.

Case Studies and Real-world Applications:
• Review of case studies illustrating successful MFL inspections in various industries (e.g., oil and gas, aerospace, manufacturing).
• Discussion of challenges and lessons learned from practical MFL applications.

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