Materials Failure Analysis For Technical Personnel
This is a three-day specialized technical training on Materials Failure Analysis / Investigation for Engineering / Technical Management Personnel is specially designed for all field/practicing engineers and technical managers as well as those specifically interested in conducting failure analyses and/or materials failure investigations themselves with a systematic approach that are commonly encountered with metallic materials during metallic production/fabrication. Furthermore, the participants can also gain an insight on the importance of quality control especially in the Oil & Gas, Petrochemical, and Shipbuilding Industries.
Through this technical training, technical managers and field/practicing engineers who intend to gain an appreciation on the systematic approach on any materials failure analysis/investigation can be realized, and thus to broaden their technical knowledge on the essence of any engineering materials usages relating to maintenance, inspection, alteration and repair of in-service metallic facilities/systems in order to avoid an unplanned shutdown and reduce unnecessary expenses. Essentially, they can make an in-situ sound decision whenever encountering any materials fractures and metallic system failures and even can make a sound decision as to run repair-replace during shutdown and maintenance planning.
|Day 1: How to Conduct a Failure Analysis|
- Introduction: Understanding the relative importance of failure analysis.
- Mechanical stresses / environmental- / chemical-influences.
- The systematic approach for failure analysis.
- Physical Testing, Finite Element Analysis, Fracture Mechanics, Determine the Type of Failure: Ductile Fracture, Brittle Fracture, Fatigue Fracture.
- Root Cause Determination; Synthesize and Summarize the Data.
|Day 2: How to Conduct a Materials Failure Analysis / Investigation.|
- Acquiring background information.
- Equation for successful failure analysis.
- Preliminary Examination; Failure Analysis Rules.
- Material Evaluation, Environmental testing, Mechanical testing, Chemical analysis.
- Special Testing; Fracture mechanics, Finite element analysis, Simulation.
- Typical Non-Destructive Examination Methods.
- Typical chemical analysis methods.
- Typical Mechanical Testing Methods.
- Analyze Data & Prepare a Report.
- Technical Terms.
- Case Studies: Mechanical & Metallurgical Failure Mechanisms.
|Day 3: Case Studies on common Failure / Damage Mechanisms.|
- Introduction – References to Common Standards, Technical Terms.
- General Failure/ Damage Mechanisms – all industries.
- Mechanical and Metallurgical Failure Mechanisms.
- Uniform and Localized Corrosion.
- Environment Assisted Cracking.
3 days (practical theories, interaction discussion, various relevant case studies & course assessment test)
Who Should Attend
- Discipline Engineers involved in materials selection or corrosion.
- This course is most beneficial to technical management personnel of all levels;
- Operations / maintenance engineers
- Welding inspectors
- Junior and senior engineers
- Design engineers,
- Manufacturers / suppliers,
- Engineering contractors,
- Technical managers
- Field / practising engineers who are involved in the project management,
- Contract engineers
- Schedule planning of related activities as well as operations and maintenance activities in upstream and downstream sectors of oil & gas facilities, refineries, process plants and petrochemical facilities.
Participants should have at least a basic science and / engineering background with some years of field work experience.
Certificate of Attendance
Time: 9.00 AM until 5.00 PM
- 17 – 18 January 2023